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His research interests lie in mechanics and finite element modelling of embryo development, studying the mechanical causes of malformation birth defects, testing tissue mechanics, and observing the three-dimensional reconstruction of cells, tissues and embryos. Specifically speaking, Professor Brodland studies the mechanics of cell and tissue morphogenesis - the physical forces that drive self-organization of cells, tissues and, ultimately, whole organisms. These processes are important in embryogenesis, regenerative medicine and cancer metastases. Professor Brodland and his team use experiments and computational models to investigate these forces, and have developed advanced computer software and custom test instruments to aid them with their research.
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2017 ASEE Annual Conference & Exposition Proceedings (2018)
Eric R. Giannini, John Aidoo, Ryan L. Solnosky,Rania Al-Hammoud,G. Wayne Brodland,Royce W. Floyd,Brandon E. Ross, Luke M. Snell,Anthony J. Lamanna, Julie Ann Hartell
Concrete internationalno. 6 (2017): 52-58
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