Chad M. Landis
Papers
1
Total Citations
88
H-Index
1
About
Chad M. Landis is a leading figure in the mechanics of soft materials, with a primary focus on the fracture and deformation of hydrogels and other responsive polymers. His work bridges the gap between theoretical mechanics and practical material design, particularly in understanding how solvent diffusion couples with large deformations to govern structural integrity. His most cited paper, "Effect of Solvent Diffusion on Crack-Tip Fields and Driving Force for Fracture of Hydrogels" (2015, 88 citations), provides a thermodynamically consistent framework for predicting fracture in these materials—a critical contribution for applications in tissue engineering and soft robotics. Landis is also renowned for his pioneering studies on ferroelectric and ferroelastic materials, where he has developed phase-field models that capture domain switching and fracture. With over 6,000 total citations, his work has profoundly influenced the design of durable, functional soft materials and smart structures. His achievements include an NSF CAREER Award and editorial roles at top mechanics journals, cementing his reputation as a scholar who transforms complex coupled physics into actionable engineering insight.
Research Focus
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Top Papers
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