Update app.py

app.py

@@ -47,4 +47,124 @@ def get_material_recommendation(industry, equipment, material_type):
 
 if __name__ == "__main__":
     main()
-    
+
+# Dictionary containing material data
+MATERIALS = {
+    "Metals": {
+        "Alkali Metals": [
+            "Highly reactive metals",
+            "Soft, silvery-white in appearance",
+            "Low density and melting points",
+            "React vigorously with water to produce hydrogen gas and metal hydroxides",
+            "Examples: Lithium, Sodium, Potassium, etc."
+        ],
+        "Transition Metals": [
+            "High melting and boiling points",
+            "Good conductors of heat and electricity",
+            "Form colored compounds",
+            "Examples: Iron, Copper, Gold, etc."
+        ],
+        # Add more metal categories here
+    },
+    "Non-metals": {
+        "Oxygen": [
+            "Essential for respiration and combustion",
+            "Reacts with most elements to form oxides",
+            "Supports life and used in industrial processes",
+        ],
+        "Carbon": [
+            "Exists in various forms (diamond, graphite)",
+            "Backbone of organic compounds",
+            "Used in fuels, materials, and electronics",
+        ],
+        # Add more non-metals here
+    },
+    "Metalloids": {
+        "Silicon": [
+            "Essential for electronics as a semiconductor",
+            "Used in glass, ceramics, and solar cells",
+            "Second most abundant element in Earth’s crust",
+        ],
+        "Boron": [
+            "Used in semiconductors and ceramics",
+            "Essential micronutrient for plants",
+            "High melting and boiling points",
+        ],
+        # Add more metalloids here
+    },
+    "Polymers": {
+        "Thermoplastics": [
+            "Can be softened and reshaped multiple times",
+            "Examples: Polyethylene, Polypropylene",
+            "Good electrical insulators and chemical resistance",
+        ],
+        "Thermosetting Polymers": [
+            "Rigid, strong, and heat-resistant",
+            "Examples: Epoxy resins, Polyurethane",
+            "Good electrical insulators",
+        ],
+        # Add more polymer types here
+    },
+    "Ceramics": {
+        "Oxide Ceramics": [
+            "High melting points and hardness",
+            "Examples: Alumina, Zirconia",
+            "Used in high-temperature applications",
+        ],
+        "Carbide Ceramics": [
+            "Extremely hard and wear-resistant",
+            "Examples: Tungsten carbide, Silicon carbide",
+            "Used in cutting tools and engine components",
+        ],
+        # Add more ceramics here
+    },
+    "Alloys": {
+        "Steel": [
+            "High strength and durability",
+            "Used in construction and manufacturing",
+            "Resistant to corrosion when alloyed with chromium",
+        ],
+        "Bronze": [
+            "Hard and durable",
+            "Used in sculptures, bells, and bearings",
+            "Resistant to corrosion",
+        ],
+        # Add more alloys here
+    }
+}
+
+def main():
+    st.title("Material Selector")
+    st.write("Use this app to identify the correct material for designing equipment and industries.")
+
+    # Input fields for industry and equipment type
+    industry = st.text_input("Enter the Industry (e.g., Aerospace, Automotive, etc.):")
+    equipment = st.text_input("Enter the Equipment Name (e.g., Engine, Pipes, etc.):")
+
+    st.write("### Material Categories")
+
+    # Dropdown menu to select material category
+    category = st.selectbox("Select a Material Category:", list(MATERIALS.keys()))
+
+    # Display materials and their properties
+    if category:
+        st.subheader(f"{category} Properties")
+        for subcategory, properties in MATERIALS[category].items():
+            with st.expander(subcategory):
+                for property in properties:
+                    st.write(f"- {property}")
+
+    # Display recommendations based on user inputs (example logic)
+    if industry and equipment:
+        st.write("### Recommended Materials")
+        st.write(f"For **{equipment}** in the **{industry}** industry, consider the following materials:")
+
+        if "steel" in equipment.lower() or "construction" in industry.lower():
+            st.write("- **Steel**: High strength and durability, widely used in construction.")
+        if "electronics" in industry.lower():
+            st.write("- **Silicon**: Essential for semiconductors and electronics.")
+        if "high temperature" in equipment.lower() or "aerospace" in industry.lower():
+            st.write("- **Titanium Alloys**: High strength-to-weight ratio and excellent corrosion resistance.")
+
+if __name__ == "__main__":
+    main()