What Does Member Solve?
- No more estimating buckling lengths, stiffness of connections or the effects of local section inconsistencies
- Accurately analyze stressed columns as well as roof girders, heavy industrial structure members and lightweight bridge segments
- Ideal for both standard and non-standard cases
COMPLETE ANALYSIS in 3 steps
- 3D shell models of analyzed members
- Detailed connection modeling with real stiffness/bearing capacity
- Calculate stress and strain of a selected member using the CBFEM method
- Materially nonlinear steel models with plasticity/plastic strain limit
ALL TYPES OF MEMBERS
Download sample projects and try them out for yourself
Segmental steel beam
Bridge diaphragm
Launching rail of a bridge
Column
Steel transverse beam
Cellular
SOLVE THE CRITICAL STEEL MEMBER
Confidently design and code-check the critical members of your projects – girders, beams, columns, frames, etc. Perform quick and accurate analysis of their load response, stability, and buckling calculations without traditional oversimplification.
NO MORE ESTIMATES OF BUCKLING LENGTHS AND CONNECTION STIFFNESS
Using the advanced analytical tool, perform checks of the members modeled and loaded in 3D. Real connection stiffness provided by stiffeners, bolts, welds and openings simulates the behavior of steel members or whole structural parts. The code-compliant geometrically and materially nonlinear analysis with imperfections (GMNIA) is used for the safe final checks.
DESIGN MEMBERS, ANALYZE, AND REPORT
Model
Start from scratch, import from your CAD or FEA software, or define dependencies.
Load
Calculate
Report
Model
Start from scratch, import from your CAD or FEA software, or define dependencies.
Load
Calculate
