structural-systems

To calculate seismic loads and size structural members, input site conditions, building height, and material preferences. The skill computes dead, live, wind, and seismic loads, then provides preliminary dimensions for beams, columns, and foundation options based on design codes.

The best structural system for seismic resilience depends on project constraints and performance goals. Compare shear wall, moment frame, braced frame, or hybrid systems to select the appropriate structural design that ensures safe load transfer and meets seismic provisions.

Yes, you can get foundation type recommendations by providing soil and loading conditions. The skill suggests appropriate foundation types such as isolated footings, raft foundations, or piles according to the specific site data and structural load requirements.

Perform a seismic design check by inputting project constraints and performance goals. The skill reviews and verifies seismic provisions and performance targets for different code levels, enabling preliminary member sizing for beams and columns.

Yes, this structural design tool supports Taiwan adaptation. It satisfies requirements for structural system selection, seismic design checks, and preliminary member sizing based on project inputs and design codes adapted for Taiwan.

Compare braced frames and moment frames during structural system planning and selection when evaluating project constraints and performance goals. This comparison determines the appropriate system for seismic resilience and safe load transfer across varying building heights.