query_id string | case_id string | raw_text string | parsed_text string | video video |
|---|---|---|---|---|
cantileverBeamTransient_S000__full__0 | cantileverBeamTransient_S000 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin high, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S001__full__0 | cantileverBeamTransient_S001 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S002__full__0 | cantileverBeamTransient_S002 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S003__full__0 | cantileverBeamTransient_S003 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S004__full__0 | cantileverBeamTransient_S004 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S005__full__0 | cantileverBeamTransient_S005 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S006__full__0 | cantileverBeamTransient_S006 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S007__full__0 | cantileverBeamTransient_S007 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin high, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S008__full__0 | cantileverBeamTransient_S008 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S009__full__0 | cantileverBeamTransient_S009 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin mid, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S010__full__0 | cantileverBeamTransient_S010 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin mid, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S011__full__0 | cantileverBeamTransient_S011 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S012__full__0 | cantileverBeamTransient_S012 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S013__full__0 | cantileverBeamTransient_S013 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin mid, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S014__full__0 | cantileverBeamTransient_S014 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin mid, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S015__full__0 | cantileverBeamTransient_S015 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin high, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S016__full__0 | cantileverBeamTransient_S016 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin high, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S017__full__0 | cantileverBeamTransient_S017 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin high, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S018__full__0 | cantileverBeamTransient_S018 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin mid, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S019__full__0 | cantileverBeamTransient_S019 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin high, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S020__full__0 | cantileverBeamTransient_S020 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S021__full__0 | cantileverBeamTransient_S021 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S022__full__0 | cantileverBeamTransient_S022 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin high, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S023__full__0 | cantileverBeamTransient_S023 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S024__full__0 | cantileverBeamTransient_S024 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S025__full__0 | cantileverBeamTransient_S025 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S026__full__0 | cantileverBeamTransient_S026 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin low, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S027__full__0 | cantileverBeamTransient_S027 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S028__full__0 | cantileverBeamTransient_S028 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S029__full__0 | cantileverBeamTransient_S029 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S030__full__0 | cantileverBeamTransient_S030 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S031__full__0 | cantileverBeamTransient_S031 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S032__full__0 | cantileverBeamTransient_S032 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S033__full__0 | cantileverBeamTransient_S033 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin mid, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S034__full__0 | cantileverBeamTransient_S034 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S035__full__0 | cantileverBeamTransient_S035 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S036__full__0 | cantileverBeamTransient_S036 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S037__full__0 | cantileverBeamTransient_S037 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S038__full__0 | cantileverBeamTransient_S038 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S039__full__0 | cantileverBeamTransient_S039 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S040__full__0 | cantileverBeamTransient_S040 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S041__full__0 | cantileverBeamTransient_S041 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin mid, and tip load bin mid, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S042__full__0 | cantileverBeamTransient_S042 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin mid, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S043__full__0 | cantileverBeamTransient_S043 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin mid, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S044__full__0 | cantileverBeamTransient_S044 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin low, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S045__full__0 | cantileverBeamTransient_S045 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin mid, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S046__full__0 | cantileverBeamTransient_S046 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin mid, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S047__full__0 | cantileverBeamTransient_S047 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin high, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S048__full__0 | cantileverBeamTransient_S048 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin high, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S049__full__0 | cantileverBeamTransient_S049 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S050__full__0 | cantileverBeamTransient_S050 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S051__full__0 | cantileverBeamTransient_S051 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin low, and tip load bin mid, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S052__full__0 | cantileverBeamTransient_S052 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S053__full__0 | cantileverBeamTransient_S053 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S054__full__0 | cantileverBeamTransient_S054 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S055__full__0 | cantileverBeamTransient_S055 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin mid, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S056__full__0 | cantileverBeamTransient_S056 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S057__full__0 | cantileverBeamTransient_S057 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin mid, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S058__full__0 | cantileverBeamTransient_S058 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S059__full__0 | cantileverBeamTransient_S059 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin low, and tip load bin mid, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S060__full__0 | cantileverBeamTransient_S060 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin mid, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S061__full__0 | cantileverBeamTransient_S061 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin mid, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S062__full__0 | cantileverBeamTransient_S062 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin mid, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S063__full__0 | cantileverBeamTransient_S063 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin mid, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S064__full__0 | cantileverBeamTransient_S064 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin mid, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S065__full__0 | cantileverBeamTransient_S065 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S066__full__0 | cantileverBeamTransient_S066 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin low, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S067__full__0 | cantileverBeamTransient_S067 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin high, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S068__full__0 | cantileverBeamTransient_S068 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin mid, and tip load bin mid, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S069__full__0 | cantileverBeamTransient_S069 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin mid, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S070__full__0 | cantileverBeamTransient_S070 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin mid, and tip load bin mid, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S071__full__0 | cantileverBeamTransient_S071 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S072__full__0 | cantileverBeamTransient_S072 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin mid, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S073__full__0 | cantileverBeamTransient_S073 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S074__full__0 | cantileverBeamTransient_S074 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S075__full__0 | cantileverBeamTransient_S075 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin high, and tip load bin low, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S076__full__0 | cantileverBeamTransient_S076 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin low, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S077__full__0 | cantileverBeamTransient_S077 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin low, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S078__full__0 | cantileverBeamTransient_S078 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S079__full__0 | cantileverBeamTransient_S079 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin low, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S080__full__0 | cantileverBeamTransient_S080 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin high, and tip load bin high, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S081__full__0 | cantileverBeamTransient_S081 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin high, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S082__full__0 | cantileverBeamTransient_S082 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin high, colors encode beam displace... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S083__full__0 | cantileverBeamTransient_S083 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin mid, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S084__full__0 | cantileverBeamTransient_S084 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S085__full__0 | cantileverBeamTransient_S085 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin high, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S086__full__0 | cantileverBeamTransient_S086 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin high, colors encode beam displace... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S087__full__0 | cantileverBeamTransient_S087 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin high, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S088__full__0 | cantileverBeamTransient_S088 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin high, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S089__full__0 | cantileverBeamTransient_S089 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin high, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S090__full__0 | cantileverBeamTransient_S090 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin high, colors encode beam displace... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S091__full__0 | cantileverBeamTransient_S091 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin high, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S092__full__0 | cantileverBeamTransient_S092 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin low, load duration bin mid, and tip load bin mid, colors encode beam displacemen... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S093__full__0 | cantileverBeamTransient_S093 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S094__full__0 | cantileverBeamTransient_S094 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin mid, load duration bin low, and tip load bin high, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S095__full__0 | cantileverBeamTransient_S095 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin high, colors encode beam displace... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S096__full__0 | cantileverBeamTransient_S096 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S097__full__0 | cantileverBeamTransient_S097 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin mid, and tip load bin mid, colors encode beam displaceme... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S098__full__0 | cantileverBeamTransient_S098 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin high, and tip load bin high, colors encode beam displace... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... | |
cantileverBeamTransient_S099__full__0 | cantileverBeamTransient_S099 | Identify the dynamics benchmark video showing a 3D cantilever beam that bends transiently after a tip load, the view and geometry are 3D, the motion system is cantilever beam transient, the visible setup is distinguished by beam aspect bin high, load duration bin low, and tip load bin high, colors encode beam displacem... | Find the 3D dynamics video of cantilever beam transient, showing a cantilever beam bending after a transient tip load. Physically, the beam stores elastic strain energy and oscillates after the load change. The color map represents beam displacement magnitude during transient bending, so colors show where deformation o... |
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