Explore crystal lattices, thermodynamics, and kinetics with real-time interactive 3D visualizations.
Designed for GATE, BARC, and Advanced Conceptual Mastery
Unit cells, dislocation theory, phase diagrams, TTT/CCT curves, and microstructure kinetics.
Ellingham diagrams, chemical driving forces, diffusion laws, and high-temperature reactions.
Generalized Hooke's Law, slip systems, creep deformation, and fatigue fracture mechanics.
Mathematical formulations and engineering breakdowns
Analyzing interstitial void geometries and Gibbs free energy: $\Delta G_v \approx \frac{\Delta H_v \cdot \Delta T}{T_0}$.
Past paper weightage distribution, scoring strategies, and numerical evaluation benchmarks.