Welcome to the Computational Biomechanics Group!
Our research group focuses on studying the mechanisms behind initiation and progression of different diseases with a particular focus on cardiovascular disease. Particular attention is given to developing computational models that can capture the multiscale and multiphysics nature of cardiovascular disease. Our work spans a variety of disciplines such as computational fluid dynamics (CFD), computational nonlinear structural mechanics, scientific machine learning, mass transport, dynamical systems, medical imaging, mechanobiology, and multiscale modeling.
Our research centers around the following areas: 1- Developing new methods that can model the progression of disease by capturing the multiscale nature of disease growth. 2- Understanding the fundamental blood flow processes in cardiovascular disease 3- Collaborating with experimentalists to build reliable computational models with hybrid computational-experimental data-driven blood flow modeling using various scientific machine learning tools. 4- Understand flow physics and transport in complex flows with various applications (cardiovascular flows, environmental flows, etc.)
We have dual affiliation with the University of Utah's Scientific Computing and Imaging Institute (SCI Institute) and Mechanical Engineering Department.
One must watch the convergence of a numerical code as carefully as a father watching his four year old play near a busy road!