Beena Rai
Papers
4
Total Citations
36
H-Index
3
About
Beena Rai is a leading researcher at the intersection of computational materials science, biophysics, and formulated product engineering. Her work centers on understanding and mimicking the complex mechanical and sensory properties of human skin, with profound implications for cosmetics, robotics, and healthcare. Rai’s major contributions include developing a linear viscoelastic model of skin behavior (23 citations) that directly informs cosmetic formulation design, bridging the gap between material science and consumer product efficacy. She has also pioneered the use of knowledge graphs to automate the “generate, make, and test” cycle for formulated products, a significant step toward digitizing a traditionally expert-driven industry. In the realm of tactile sensing, Rai has engineered hybrid capacitive-triboelectric sensor systems that emulate human mechanoreceptors, enabling robots to discriminate between static and dynamic touch—a key achievement for future human-machine interfaces. Her finite element modeling of ZnO nanowire-based soft pressure sensors further advances electronic skin sensitivity. With a portfolio of highly cited, interdisciplinary work, Beena Rai is shaping the future of smart materials and intelligent formulation design.
Research Focus
Key Achievements
Top Papers
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