Materials AI Lab

Strength of materials virtual lab

Materials AI Lab is a comprehensive virtual laboratory app for studying strength of materials and mechanics of materials. Designed for university-level engineering and physics students, it provides 12 interactive experiments that cover fundamental concepts in stress, strain, deformation, and failure analysis.

EXPERIMENTS INCLUDED:

1. Tensile Testing - Study axial loading, yield stress, ultimate tensile strength, and material ductility
2. Compression Testing - Analyze compressive behavior of steel and iron specimens
3. Torsion Testing - Investigate shear stress and angle of twist in circular shafts
4. Elastic Constants - Determine Young's modulus, shear modulus, and Poisson's ratio
5. Direct Bending - Examine normal stresses and deflections in beams under pure bending
6. Oblique Bending - Study combined bending in non-principal planes
7. Stresses and Displacements in a Flat Frame - Analyze statically determinate and indeterminate frame structures
8. Great Curvature Rod - Investigate stresses in curved bars with large curvature
9. Joint Bending and Torsion - Study combined loading with bending and torsion
10. Reciprocity Theorem - Verify Maxwell-Betti reciprocal theorem experimentally
11. Critical Load - Determine Euler buckling load for columns
12. Impact Strength - Study dynamic loading and impact testing

FEATURES:

• Interactive 3D simulations with realistic physics
• Real-time data acquisition and measurement
• Built-in data analysis with linear regression and error calculation
• AI-powered experiment reports (subscription required)
• PDF export for reports
• Works offline — all experiments run locally on your device

Terms of Use (EULA): https://sunspire.site/terms_of_service.html