Intern
Under Prof. Sandip Haldar
- Engineered a precise Python algorithm that constructs 2D Representative Volume Elements for composites with boundary inclusions, demonstrating significant capability in maximizing inclusion volume fractions while maintaining structural integrity under test conditions
- Performed Tension Test on various RVEs of same volume fraction in ABAQUS CAE (Max deviation of 8% in Young’s Modulus under a strain of 40% of the original length)
- Simulated water seepage in composite materials by introducing void pressure, providing critical insights for optimizing material performance during stress testing of two-dimensional Representative Volume Elements.