Why look at microstructures in 2D when you can look at it in 3D! My research focusses on generation and analysis of digital 3D microstructures which mimics real microstructures.Curriculum VitaeGet my detailed resume here
Analysis of experimental Electron Back Scatter Diffraction (EBSD) data to understand the texture and microstructure of real materials
Generation of digital 3D microstructures which are representative of real microstrcutures.
Constitutive modeling of two phase Titanium alloys to match the stress-strain response from actual deformation experiments.
Modeling of deformation behavior in two phase materials using a Viscoplastic n-site model based on the Fast Fourier Transform (FFT) algorithm.
Modeling both the elastic and the plastic response using Elasto-Viscoplastic Fast Fourier Transform (FFT) codes.
Undertsanding the phenomenon of softening observed during compression of most beta Titanium alloys.