Raheleh Mohammad Rahimi

Raheleh Mohammad Rahimi is a Researcher at the School of Materials Engineering, Purdue University. Her work focuses on advanced materials science, including nanomaterials, biomaterials, and metallurgical systems. Key research areas include ionizing radiation effects on dental materials, nanofoam synthesis, and mechanical property optimization of alloys and composites.

Her research integrates experimental methods with computational modeling to study material behavior at microstructural and nanoscale levels. Notable contributions include investigations into Cu-Ni nanofoams, Ti oxidation hardening, and DP1180 steel deformation mechanics. She also explores additive manufacturing techniques for graphene-metal nanocomposites and surface residual stress analysis in metallic materials.

Rahimi's publications (2011-2021) highlight a strong emphasis on material synthesis, microstructural characterization, and mechanical property evaluation across diverse systems. While no awards are explicitly listed in available texts, her work demonstrates significant contributions to nanotechnology and biomaterials engineering.

Current activities involve interdisciplinary collaborations in Purdue's Materials Engineering programs, with ongoing studies on anisotropic materials, composite ligament mechanics, and sintering processes for ceramic composites.