id,title,file_name,link
1,2008 Florida residential wind loss mitigation study.,2008_florida_residential_wind_loss_mitigation_study.pdf,https://floir.com/docs-sf/default-source/property-and-casualty/aralossmitigationstudy.pdf
2,A Comparative Impact Assessment of Hail Damage to Tile and Built-Up Roofing Systems: Technical Review and Field Study,a_comparative_impact_assessment_of_hail_damage_to_tile_and_built_up_roofing_systems_technical_review_and_field_study.pdf,https://doi.org/10.20944/preprints202407.2020.v1
3,"A comprehensive observational study of graupel and hail terminal velocity, mass flux, and kinetic energy",a_comprehensive_observational_study_of_grauple_and_hail_terminal_velocities_mass_flux_and_kinetic_energies.pdf,https://doi.org/10.1175/JAS-D-18-0035.1
4,Analysis of Standing Seam Metal Roofs Subjected to Extreme Wind Loads,analysis_of_standing_seam_metal_roofs_subjected_to_extreme_wind_loads.pdf,https://ir.lib.uwo.ca/etd/8489/
5,Asphalt Shingle Durability,asphalt_shingle_durability.pdf,https://ibhs.org/?a=download&key=34b09091cee84523c013ee3f7fde4ee1
6,Asphalt Shingle Hail Impact Performance Guide,asphalt_shingle_hail_impact_performance_guide.pdf,https://ibhs.org/?a=download&key=645d49bb0ac86c1c50595cdc7d3f6adc
7,Asphalt Shingle Patterns Identification Guide,asphalt_shingle_patterns_identification_guide_ibhs.pdf,https://ibhs.org/?a=download&key=3f3a09d69e82e7b2e171e531be8ef3a9
8,"Cedar Rapids, Iowa and the 2020 Midwest Derecho: The Performance of Asphalt Shingle Roofs in Extreme Severe Convective Storm Winds",cedar_rapids_iowa_and_the_2020_midwest_derecho_the_performance_of_asphalt_shingle_roofs_in_extreme_severe_convective_storm_winds.pdf,https://ibhs.org/?a=download&key=e15f92e76ecd052fa60e183cc022fd4e
9,Claims Analysis Study of May 24 2011 Hailstorms in Dallas-Fort Worth,claims_analysis_study_of_may_24_2011_hailstorms_in_dallas_fort_worth.pdf,https://ibhs.org/wp-content/uploads/Claims-Analysis-Study-of-May-24-2011-Hailstorms-in-Dallas-Fort-Worth.pdf
10,"Community Collaborative Rain, Hail and Snow (CoCoRaHS) Measurement Program Reanalysis of Hailstorm Characteristics 1998-2018",community_collaborative_rain_hail_and_snow_(cocorahs)_measurement_program_reanalysis_of_hailstorm_characteristics_1998_2018.pdf,https://ibhs.org/?a=download&key=3749d26907ffc99bb6729e601e1ab341
11,Damage Mechanics Based Analysis of Hail Impact on Metal Roofs,damage_mechanics_based_analysis_of_hail_impact_on_metal_roofs.pdf,https://doi.org/10.1016/j.engfracmech.2022.108688
12,Developing a Test Method for a Very Severe Hail Rating for Low Slope Roofing Assemblies,developing_a_test_method_for_a_very_severe_hail_rating_for_low_slope_roofing_assemblies.pdf,https://doi.org/10.1520/STP159020150022
13,Effects of hail on Metal Roofing Systems,the_effects_of_hail_on_metal_roofing_systems.pdf,https://iibec.org/wp-content/uploads/2014-CTS-koontz-white.pdf
14,Evaluating the Hardness Characteristics of Hail through Compressive Strength Measurements,evaluating_the_hardness_characteristics_of_hail_through_compressive_strength_measurements.pdf,https://doi.org/10.1175/JTECH-D-15-0081.1
15,Failure Mechanisms and Load Paths in a Standing Seam Metal Roof under Extreme Wind Loads,failure_mechanisms_and_load_paths_in_a_standing_seam_metal_roof_under_extreme_wind_loads.pdf,https://doi.org/10.1016/j.engstruct.2023.116954
16,Full-Scale Study of Wind Loads on Roof Tiles and Felt Underlay and Comparisons With Design Data,full_scale_study_of_wind_loads_on_roof_tiles_and_felt_underlay_and_comparisons_with_design_data.pdf,https://dx.doi.org/10.12989/was.2007.10.6.495
17,Full-Scale Testing to Evaluate the Performance of Standing Seam Metal Roofs Under Simulated Wind Loading,full_scale_testing_to_evaluate_the_performance_of_standing_seam_metal_roofs_under_simulated_wind_loading.pdf,https://doi.org/10.1016/j.engstruct.2015.10.006
18,Full-scale Wind Tunnel Testing of North American and Australian Tile Roofing Systems,full_scale_wind_tunnel_testing_of_tile_roofing_systems_ibhs.pdf,https://ibhs.org/wind/full-scale-wind-tunnel-testing-of-roof-tile-systems/
19,Hail damage threshold sizes for common roofing materials,hail_damage_threshold_sizes_for_common_roofing_materials.pdf,https://www.researchgate.net/publication/327022658_HAIL_DAMAGE_THRESHOLD_SIZES_FOR_COMMON_ROOFING_MATERIALS
20,Hail Impact Performance of Low-Slope Metal Roofing,hail_impact_performance_of_low_slope_metal_roofing.pdf,https://ibhs.org/?a=download&key=9959d1924143a289caa917cecc9e80e0
21,Hail in the Front Range of the Rockies and High Plains: Is it more damaging?,hail_in_the_front_range_of_the_rockies_and_high_plains_is_it_more_damaging.pdf,https://ibhs.org/?a=download&key=e1b999c263f65ada940d4d6b120ba69c
22,Hailstone Shapes,hailstone_shapes.pdf,https://doi.org/10.1175/JAS-D-20-0250.1
23,Hurricane Harvey Wind Damage Investigation,hurricane_harvey_wind_damage_investigation_ibhs.pdf,https://ibhs1.wpenginepowered.com/wp-content/uploads/wpmembers/files/Hurricane-Harvey-Wind-Damage-Investigation_IBHS.pdf
24,Hurricane Ike Nature’s Force vs. Structural Strength,hurricane_ike_natures_force_vs_structural_strength_ibhs.pdf,https://ibhs.org/wp-content/uploads/member_docs/Hurricane-Ike-Natures-Force-vs-Structural-Strength_IBHS.pdf
25,Hurricane Michael,ibhs_report_hurricane_michael_post_investigation.pdf,https://ibhs.org/?a=download&key=cbd8660b1421b0c86fdfaa05cebea7c8
26,IBHS ASTM D3161Results by Manufacturer for Roof Slope and Installation Temperature,ibhs_astm_d3161_results_by_manufacturer_for_roof_slope_and_installation_temperature.pdf,https://ibhs.org/?a=download&key=2964423feb04da3e8a262313a8d1fdc1
27,IBHS Impact Resistance Test Protocol for Asphalt Shingles,ibhs_impact_resistance_test_protocol_for_asphalt_shingles.pdf,https://ibhs.org/ibhs-impact-resistance-test-protocol-for-asphalt-shingles/
28,IBHS Roof Aging Farm: Five-Year Hail Performance Summary,ibhs_roof_aging_farm_five_year_hail_performance_summary.pdf,https://ibhs.org/?a=download&key=f4b7e4d0d1f6f6c17d65671ddf469ec5
29,IBHS Roof Aging Farm: Five-Year Wind Performance Summary,ibhs_roof_aging_farm_five_year_wind_performance_summary.pdf,https://ibhs.org/?a=download&key=ab89007603000da08a9aafc1db3e78bd
30,Impact Resistance of Synthetic Composite Shingles,impact_resistance_of_synthetic_composite_shingles.pdf,https://ibhs.org/?a=download&key=d4363d52d5bb8867676d1a9bcc2e81b2
31,Impact testing of high concentrations of small hail,impact_testing_of_high_concentrations_of_small_hail.pdf,https://ibhs.org/?a=download&key=5d014d376a0d334c3633317bf93e76d6
33,Impact-Resistant Shingle Performance Ratings,impact_resistant_shingle_performance_ratings_–_insurance_institute_for_business_&_home_safety.pdf,https://ibhs.org/hail/shingle-performance-ratings/
34,Investigation of the Wind Resistance of Asphalt Shingles,investigation_of_the_wind_resistance_of_asphalt_shingles.pdf,https://doi.org/10.1061/9780784412626.045
35,New Asphalt Shingle Hail Impact Performance Test Protocol and Damage Assessment,new_asphalt_shingle_hail_impact_performance_test_protocol_and_damage_assessment_natural_hazards_review.pdf,https://doi.org/10.1061/(ASCE)NH.1527-6996.0000509
36,Observations of Building Performance in southwest Florida during Hurricane Ian (2022): Roof Cover Damage Assessment on Residential and Light Commercial Structures,building_performance_in_southwest_florida_during_hurricane_ian_2022_part_i.pdf,https://ibhs.org/wind/building-performance-in-sw-florida-during-hurricane-ian-2022/
37,Observations of Building Performance in southwest Florida during Hurricane Ian 2022: Performance of the Florida Building Code,building_performance_in_hurricane_ian_partii_fbc.pdf,https://ibhs1.wpenginepowered.com/wp-content/uploads/HurricaneIan_PartII_FBC.pdf
38,Performance of Metal Roofing to Realistic Wind Loads and Evaluation of Current Test Standards,performance_of_metal_roofing_to_realistic_wind_loads_and_evaluation_of_current_test_standards_icwe_ibhs.pdf,https://ibhs.org/wp-content/uploads/member_docs/Performance-of-Metal-Roofing-to-Realistic-Wind-Loads_ICWE_IBHS.pdf
39,Performance of Roof Tiles under Simulated Hurricane Impact,performance_of_roof_tiles_under_simulated_hurricane_impact.pdf,https://doi.org/10.1061/(ASCE)1076-0431(2009)15:1(26)
40,Post-2004 Hurricane Field Survey of Residential Building Performance,post_2004_hurricane_field_survey_of_residential_building_performance.pdf,https://doi.org/10.1061/(ASCE)NH.1527-6996.0000044
41,Prediction of extent of damage to metal roof panels under hail impact,prediction_of_extent_of_damage_to_metal_roof_panels_under_hail_impact.pdf,https://doi.org/10.1016/j.engstruct.2019.02.036
42,Relative Impact Resistance of Asphalt Shingles Summary of UL2218 Impact Tests,relative_impact_resistance_of_asphalt_shingles_summary_of_ul2218_impact_tests_ibhs.pdf,https://ibhs1.wpenginepowered.com/wp-content/uploads/wpmembers/files/Relative-Impact-Resistance-of-Asphalt-Shingles_IBHS.pdf
43,Study of wind loads on asphalt shingles using full-scale experimentation,study_of_wind_loads_on_asphalt_shingles_using_full_scale_experimentation.pdf,http://dx.doi.org/10.1016/j.jweia.2022.105005
44,Surviving nature's fury: Performance of asphalt shingle roofs in the real world,surviving_natures_fury_performance_of_asphalt_shingle_roofs_in_the_real_world_ibhs.pdf,https://ibhs.org/wp-content/uploads/member_docs/Surviving-Natures-Fury-Performance-of-Asphalt-Shingle-Roofs-in-the-Real-World_IBHS.pdf
45,Terminal velocities and kinetic energies of natural hailstones,geophysical_research_letters___2014___heymsfield___terminal_velocities_and_kinetic_energies_of_natural_hailstones.pdf,https://doi.org/10.1002/2014GL062324
46,The Effect of Roof Age on Asphalt Shingle Performance: Hurricane Rita to Hurricane Laura,the_effect_of_roof_age_on_asphalt_shingle_performance_hurricane_rita_to_hurricane_laura.pdf,https://ibhs.org/?a=download&key=a02fc5cec325e2120de41895fbb47933
47,Using 3D Laser Scanning Technology to Create Digital Models of Hailstones,using_3d_laser_scanning_technology_to_create_digital_models_of_hailstones.pdf,https://doi.org/10.1175/BAMS-D-15-00314.1
48,Water Leakage Vulnerabilities for Shingles With Hail Damage,water_leakage_vulnerabilities_for_shingles_with_hail_damage.pdf,https://ibhs.org/?a=download&key=4953e3320e70248b837125ddeddbba01
49,Wind Damage to Envelopes of Houses and Consequent Insurance Losses,wind_damage_to_envelopes_of_houses_and_consequent_insurance_losses.pdf,https://doi.org/10.1016/0167-6105(94)90023-X
50,Wind Effects on Roofs with High Profile Tiles: Experimental Study,wind_effects_on_roofs_with_high_profile_tiles_experimental_study.pdf,https://doi.org/10.1061/(ASCE)AE.1943-5568.0000156
51,"Wind Loading on Ridge, Hip, and Perimeter Roof Tiles: A Full-Scale Experimental Study",wind_loading_on_ridge_hip_and_perimeter_roof_tiles__a_full_scale_experimental_study.pdf,https://doi.org/10.1016/j.jweia.2017.04.002
52,Wind Loads on Discontinuous Metal Roofing,wind_loads_on_discontinuous_metal_roofing_ibhs.pdf,https://ibhs.org/wp-content/uploads/member_docs/Wind-Loads-on-Discontinuous-Metal-Roofing_IBHS.pdf
53,Wind Loads on Discontinuous Metal Roofing – Executive Summary,wind_loads_on_discontinuous_metal_roofing_executive_summary_ibhs.pdf,https://ibhs.org/?a=download&key=7e7fa645e98982df9dee911ca8904bc1
54,Wind Uplift of Asphalt Shingles: Sensitivity to Roof Slope and Installation Temperature,wind_uplift_of_asphalt_shingles_ibhs.pdf,https://ibhs1.wpenginepowered.com/wp-content/uploads/wpmembers/files/Wind-Uplift-of-Asphalt-Shingles_IBHS.pdf
55,Wind Uplift Resistance of Artificially and Naturally Aged Asphalt Shingles,wind_uplift_resistance_of_artificially_and_naturally_aged_asphalt_shingles.pdf,https://doi.org/10.1061/(ASCE)AE.1943-5568.0000158
56,Wind Vulnerability Analysis of Standing Seam Roof System Considering Fatigue Damage,wind_vulnerability_analysis_of_standing_seam_roof_system_considering_fatigue_damage.pdf,https://doi.org/10.1016/j.tws.2023.110550
57,Evaluating Hail Damage Using Property Insurance Claims Data,evaluating_hail_damage_using_property_insurance_claims_data.pdf,https://doi.org/10.1175/WCAS-D-15-0011.1
58,"IBHS Insights, Asphalt Shingle Coatings ",ibhs_insights_asphalt_shingle_coatings.pdf,https://ibhs1.wpenginepowered.com/wp-content/uploads/Asphalt-Shingle-Coating-White-Paper.pdf
59,IBHS Roof Aging Farms 2014 Measurement Summary,ibhs_roof_aging_farms_2014_measurement_summary.pdf,https://ibhs.org/wp-content/uploads/member_docs/IBHS-Roof-Aging-Program-2014-Report_IBHS.pdf
60,IBHS Roof Aging Program Data and Condition Summary for 2015,ibhs_roof_aging_program_data_and_condition_summary_for_2015.pdf,https://ibhs.org/wp-content/uploads/member_docs/IBHS-Roof-Aging-Program-2015-Report_IBHS.pdf
61,"IBHS Roof Aging Program 2016 Data, Climate, and Roof Condition Summary",ibhs_roof_aging_program_2016_data_climate_and_roof_condition_summary.pdf,https://ibhs.org/wp-content/uploads/member_docs/IBHS-Roof-Aging-Program-2016-Report_IBHS.pdf
62,"IBHS Roof Aging Program 2017 Data, Climate, and Roof Condition Summary",ibhs_roof_aging_program_2017_data_climate_and_roof_condition_summary.pdf,https://ibhs.org/wp-content/uploads/member_docs/IBHS-Roof-Aging-Program-2017-Report_IBHS.pdf 
63,Disaster Dynamics Academy at The IBHS Research Center,dda.pdf,https://ibhs.org/events/
64,IBHS Website,Transcript.pdf,https://ibhs.org/events/
65,2025 FORTIFIED Home Standards,2025_fortified_home_standard.pdf,https://fortifiedhome.org/technical-documents/
66,FORTIFIED Website,roofing_roadmaps_roof_101.pdf,https://fortifiedhome.org/roof/
67,Claims Analysis and Damage Investigation of a Significant Hail Event in Rock Hill SC,claims_analysis_and_damage_investigation_of_a_significant_hail_event_in_rock_hill_sc.pdf,https://ibhs.org/?a=download&err=none&key=2d0eae667b0003d2edcd3faa1e4fbd86
68,2024 Residential Wind-Loss Mitigation Study,2024_residential_wind_loss_mitigation_study.pdf,https://floir.com/docs-sf/default-source/property-and-casualty/other-property-casualty-reports/005480_fl_oir_report_final_240628.pdf?sfvrsn=bfaf26d9_3
69,Performance of IBHS FORTIFIED Home Construction in Hurricane Sally,performance_of_ibhs_fortified_home_construction_in_hurricane_sally.pdf,https://www.aldoi.gov/PDF/News/PerformanceIBHSFortifiedHomeConstructionHurricaneSally.pdf
70,Sub-severe hail the missing piece in assessing asphalt shingle risk in North America,sub_severe_hail_the_missing_piece_in_assessing_asphalt_shingle_risk_in_north_america.pdf,https://www.frontiersin.org/journals/materials/articles/10.3389/fmats.2025.1603074/full