CE02: Advanced Stress-Strain, Mohr's Circle & Beam Analysis

Traditional Advanced Lab

₹4.5 Crores+

Requires optical strain gauges, biaxial test benches, and digital multi-axis dynamometers.

Kalam Zero Lab Engine
₹0
Instant browser-based interactive simulation for stress transformations and beam bending analysis.

Part 1: Biaxial Stress State & Mohr's Circle Graphical Transformation

Stress State Inputs

Normal Stress σ_x: 80 MPa

Normal Stress σ_y: 20 MPa

Shear Stress τ_xy: 40 MPa

Mohr's Circle Graphical Output

Principal Stress σ₁--

Principal Stress σ₂--

Max Shear τ_max--

Part 2: Advanced Beam Bending, Shear Force & Bending Moment Diagnostics

Beam Parameters

Loading Condition

Applied Load (P/w): 20 kN / kN/m

Span Length (L): 8 m

Diagrams & Deflection Curve

Max Shear Force (V_max)--

Max Bending Moment (M_max)--

Max Deflection (δ_max)--

Theoretical Overview & Engineering Significance

Mohr's Circle Transformation: A graphical representation of the transformation of 2D stress tensors. It allows engineers to easily visualize principal stresses and maximum shear stresses without complex manual tensor algebra.

Beam Sign Conventions: Shear force is positive when tending to shear the segment clockwise. Bending moment is positive when causing tension on the bottom fibers (sagging).