Civil & Structural Engineering
Beam deflections, bending moments, column buckling, and 2D stress transformation analyzers.
Available Calculation Solvers
3 SolversBeam Deflection & Bending Stress Analyzer
Calculate reaction forces, maximum deflection, and generate live interactive Shear Force Diagrams (SFD) and Bending Moment Diagrams (BMD) for simply supported and cantilever beams with point and distributed loads.
Euler Column Buckling & Critical Load Solver
Determine the critical buckling load and slenderness ratio for structural compression members using Euler's buckling theory with variable boundary fixities.
Mohr's Circle 2D Stress Transformation Calculator
Transform 2D biaxial stress states to determine principal stresses, maximum shear planes, and equivalent Von Mises stress with a dynamic graphical Mohr's circle.
Discipline Overview & Mathematical Rigor
The calculations in this Civil & Structural Engineering module are formulated according to fundamental physical conservation laws (conservation of mass, momentum, energy, and mechanical equilibrium). Every formula is programmed in high-precision JavaScript with zero external server latency, accompanied by KaTeX-rendered mathematical derivations and worked engineering examples adhering to international design codes.