🏗️ Beam Design
Simply Supported Rectangular Beam
Design a rectangular beam for a span of 6m carrying a uniformly distributed load of 25 kN/m using M25 concrete and Fe415 steel. The beam width is limited to 230mm.
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Continuous Beam with Moments
Design a continuous beam for a 6m span, width 300mm. Positive moment Mu_pos = 150 kNm, negative moment Mu_neg = 210 kNm from structural analysis. Use M25 concrete and Fe415 steel.
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T-Beam Design
Design a T-beam with 7m span, flange width 1200mm, flange thickness 150mm, web width 300mm. UDL = 30 kN/m. M30 concrete, Fe415 steel.
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Beam with Point Loads
Design a simply supported beam 8m span, width 250mm. Point loads: 50 kN at 2m and 60 kN at 5m from left support. M25 concrete, Fe415 steel.
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⚡ Optimized Beam Design (NEW!)
Design a rectangular beam for 6m span, 230mm wide, 25 kN/m UDL, M25 concrete, Fe415 steel.
💡 Enable optimization above to get 3 design alternatives with cost comparison
🏛️ Column Design
Axial Column (Short)
Design a 300x300mm square column 3m high carrying 1000 kN axial load using M25 concrete and Fe415 steel with tied reinforcement.
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Uniaxial Bending Column
Design a 400x400mm column 4m high with 800 kN axial load and 60 kN-m uniaxial moment about major axis. M30 concrete, Fe415 steel, braced frame.
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Biaxial Bending Column
Design a 450x450mm column 5m high with Pu = 1200 kN, Mux = 80 kN-m, Muy = 50 kN-m. M30 concrete, Fe500 steel, unbraced frame with ductile detailing.
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Slender Column with Helical Reinforcement
Design a 350mm diameter circular column 6m high carrying 900 kN axial load and 40 kN-m moment. M25 concrete, Fe415 steel, helical reinforcement.
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⚡ Optimized Column Design (NEW!)
Design a 350x350mm column 3.5m high with 1800 kN axial load, 150 kNm moment about major axis, 100 kNm about minor axis, M25 concrete, Fe415 steel.
💡 Enable optimization above to get 3 design alternatives with cost comparison
📐 Slab Design
One-Way Slab (Simply Supported)
Design a one-way slab with 4m span, simply supported, 150mm thick, M25 concrete, Fe415 steel, 3 kN/m² live load.
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One-Way Continuous Slab
Design a one-way continuous slab span 5m, 180mm thick, M30 concrete, Fe415 steel, for residential use (live load 2 kN/m²).
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Two-Way Slab (Square)
Design a two-way slab 6m x 6m, 200mm thick, M25 concrete, Fe415 steel, for office use.
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Two-Way Slab (Rectangular)
Design a two-way slab 5m x 7m, 175mm thick, M30 concrete, Fe500 steel, live load 4 kN/m² for educational building.
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⚡ Optimized Slab Design (NEW!)
Design a two-way slab 4m x 6m, 150mm thick, M20 concrete, Fe415 steel, for office use (2.5 kN/m² live load).
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🏗️ Footing Design
Uniaxial Footing
Design an isolated footing for column 400x400mm with axial load 1000 kN and moment 80 kN-m (uniaxial). SBC = 200 kN/m², M25 concrete, Fe415 steel.
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Biaxial Footing
Design an isolated footing for column 500x500mm with Pu = 1500 kN, Mux = 100 kN-m, Muy = 60 kN-m. SBC = 250 kN/m², M30 concrete, Fe415 steel.
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Axial Load Only Footing
Design an isolated footing for 450x450mm column with 1200 kN axial load. SBC = 180 kN/m², M25 concrete, Fe415 steel.
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⚡ Optimized Footing Design (NEW!)
Design an isolated footing for 300x300mm column with 1000 kN axial load. SBC = 150 kN/m², M25 concrete, Fe415 steel.
💡 Enable optimization above to get 3 design alternatives with cost comparison
📝 Note: You can modify these queries based on your specific requirements. Just change the dimensions, loads, materials, or support conditions as needed!