In ideCAD Structural, addressing structural issues like "cracks"—often represented in the software as design failures or analysis warnings—involves identifying the specific limit state that hasn't been met. Whether you are dealing with a software "crack" (meaning a design failure) or physical structural behavior, the software provides integrated tools to analyze and resolve these. Managing Design Failures (Structural "Cracks")
: If a joint or member is failing, open the Column/Beam Settings and increase the cross-sectional dimensions to meet the code requirements. Advanced Structural Analysis Tools idecad structural crack
ideCAD Community Forum: To search for specific error codes or "cracks" discussed by other engineers. ✅ in the flagged region (add bars or
After running an Analysis + Design (F9) , the program highlights failing elements in red within the Visualization Window . This includes specific lists for "Concrete All Failures," where issues like insufficient rebar area or joint area failures are flagged. Common Causes & Fixes in ideCAD
✅ in the flagged region (add bars or use larger diameter) ✅ Reduce rebar spacing – tighter spacing helps control crack distribution ✅ Check concrete cover – too much cover can increase crack width ✅ Verify load combinations – sometimes accidental loads cause false warnings ✅ Use minimum reinforcement rules (TS 500 / EC2) – don’t skip them
These indicate movement in the foundation or excessive loading. They often appear as wide, diagonal, or horizontal fissures that threaten the building's integrity.
Crack calculations are performed based on specific regulatory formulas, such as those found in TS 500 (Article 13.3), ensuring that crack widths stay within permissible limits for durability. Common Causes & Fixes in ideCAD