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Hector Gomez is currently the Morris Goldman Chair in the School of Mechanical Engineering at Purdue University. His research focuses on advanced modeling and simulation techniques addressing multiphase and multiphysics problems through the phase-field method. He has contributed significantly to isogeometric methods' applications within fluid and solid mechanics, offering innovative modeling tools for complex biomechanical challenges such as tumor growth, cellular migration, and blood flow at small scales. Furthermore, his work encompasses computational methods for fluid-structure interaction, particularly those involving complex fluids. Over the years, he has received numerous awards recognizing his outstanding contributions, including the Acorn Award and the Faculty Scholar designation from Purdue University. Gomez has also been distinguished with national and international recognitions, such as the ERC Starting Grant from the European Commission and the Princess Girona Scientific Research Award presented by the King of Spain. As a leader in his field, he continues to push the boundaries of engineering methodologies and education, demonstrating a profound impact on both academic research and student learning in mechanical engineering.
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