معرفی
Javad Hazrati is an Assistant Professor specializing in Nonlinear Solid Mechanics and advanced manufacturing processes. His research focuses on friction modeling, sheet metal forming, and coating behavior under various conditions. Key areas include the interaction between surface textures, thermal effects, and material deformation.
His work emphasizes developing multi-scale models to predict friction and formability, with applications in automotive and aerospace manufacturing. Recent studies highlight real-area-of-contact analysis, coating fracture mechanics, and AI-driven process optimization.
Research Themes:
- Friction and Wear Mechanisms in Hot/Cold Forming
- Coating Design for Enhanced Formability
- Data-Driven Process Simulation
- Thermal Effects on Material Behavior
Recent publications explore novel test methods for simulating deep drawing phenomena and advancing surrogate models for robust production processes. He has received the 3rd Best Presentation Award for his work on aluminum sheet forming friction analysis.
Collaborations: Active in international conferences (e.g., ESAFORM) and has organized workshops on friction modeling. Supervised projects include Fatemeh Jalalimoghadas' studies on real-area-of-contact dynamics in aluminum forming.
