Welcome to MICROFFORM Lab
Welcome to MICROFFORM Lab
MICROFFORM is Intelligent Computational Research for Optimizated Fatigue & Forming in Metals
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Candidates interested in pursuing a M.Tech/Ph.D in the area of mechanical metallurgy and numerical simulation may send an email
Mechanical Metallurgy
Computational plasticity; Micro-mechanical plasticity models in metals; Finite element analysis
Sheet metal forming; Formability; Failure
Fatigue in metals
Application of machine learning in metal plasticity
Novel sheet metal forming technology
Novel sheet metal forming technology
Size effects in Metals
Size effects in Metals
Effect of martensite island size on HER in Dual Phase steel
Machine learning in metal plasticity
Machine learning in metal plasticity
Physics informed machine learning for metal plasticity
Comparison of stress fields around a hole obtained from FE prediction and prediction from PINNs based model
Crack-tip Plasticity
Crack-tip Plasticity
Modelling crack growth in rate dependent material
Size effects on crack tip plasticity
Equivalent plastic strain contours when crack tip is much smaller than characteristic length scale parameter
Equivalent plastic strain contours with conventional plasticity model
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