Biological and Epidemiological Systems, Aerospace and Automotive Structures, and Turbomachinery. Examples Include Creating Novel Mechano-Chemical Dynamic Models of Nanoscale Intracellular Transport Processes, Developing the Next Generation of Highly-Sensitive Diagnosis and Monitoring Techniques, Discovering Novel Methods for Forecasting Tipping Points in Complex Systems Such as Disease Epidemics and Ecological Systems, Developing Innovative Reduced Order Models of Multi-Physics Systems Such as Li-Ion Batteries and Complex Structures, Creating Advanced System Identification and Control Methodologies for Smart Structures and Fluid-Structural Systems.
1 faculty research Biological and Epidemiological Systems, Aerospace and Automotive Structures, and Turbomachinery. Examples Include Creating Novel Mechano-Chemical Dynamic Models of Nanoscale Intracellular Transport Processes, Developing the Next Generation of Highly-Sensitive Diagnosis and Monitoring Techniques, Discovering Novel Methods for Forecasting Tipping Points in Complex Systems Such as Disease Epidemics and Ecological Systems, Developing Innovative Reduced Order Models of Multi-Physics Systems Such as Li-Ion Batteries and Complex Structures, Creating Advanced System Identification and Control Methodologies for Smart Structures and Fluid-Structural Systems. on GradNova.
Professor, Mechanical Engineering; Roger L. McCarthy Professor of Mechanical Engineering; Arthur F. Thurnau Professor, Mechanical Engineering; Director, Automotive Research Center