Robot Structural Analysis (Steel Structure)

Define a steel material in robot structural analysis by creating a custom description with elastic modulus and unit weight, then save it to the steel database and reference american standard.

Define grids for a steel structure in robot structural analysis by setting metric dimensions, origin, 16 grid lines in x and y directions with 5 m spacing and 15 m elevation.

Define a 25 m span, 3 m high truss in the hangar by selecting columns, setting moment releases, choosing sections, and dividing the bottom chord into parts.

Define the support for a steel structure in robot steel structures, selecting supports and assigning fixed supports for columns and trusses to resist moments from loads.

Draw rails and top beams for a steel structure, define a new axis, rotate sections, and replicate edits to build a complete structural model.

Draw a wind-resisting column and connect it to beams in a structural model, define wind directions and axis settings, group elements, and finalize beam connections.

Draw bracing by selecting bracing sections, assigning tension and compression properties to members, and continuing with cladding and preparing for loads, analysis, and design.

Design trusses in robot structural analysis software by selecting groups, choosing top chords, applying sections, running calculations, and evaluating stability before connecting elements.

design the concrete foundation for the project, set footing dimensions, input gravity loads, and compute reinforcement to finalize the square foundation design.