Faculty

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Mihir Sen

Mihir Sen

Professor Emeritus, Aerospace and Mechanical Engineering

Professor Richard Strebringer

Richard Strebinger

Associate Teaching Professor Emeritus, Aerospace and Mechanical Engineering

Areas of Interest

CAD/CAM instruction and support; design and fabrication of mechanical devices used in research and teaching

Professor Flint Thomas

Flint Thomas

Professor Emeritus, Aerospace and Mechanical Engineering

Areas of Interest

Experimental fluid dynamics/aerodynamics; turbulence; flow stability; advanced signal processing techniques; flow control

Charles Wampler

Charles Wampler

Huisking Foundation, Inc. Collegiate Research Professor

Areas of Interest

Numerical algebraic geometry, robot and mechanism kinematics, scientific computing

Meng Wang

Meng Wang

Professor, Aerospace and Mechanical Engineering

Areas of Interest

Aeroacoustics/hydroacoustics; aero-optics; flow control; turbulence; computational fluid dynamics

Professor Jian Xun Wang

Jian-xun Wang

Robert W. Huether Collegiate Professor in Aerospace Engineering, Aerospace and Mechanical Engineering

Areas of Interest

Scientific Machine Learning, Data Assimilation, Bayesian Inference, Uncertainty Quantification, CFD, Hemodynamics.

Professor Jing Wang

Jing Wang

Associate Teaching Professor, Aerospace and Mechanical Engineering

Areas of Interest

CAD/CAM, solid mechanics, statics, dynamics, mechanics of materials

Maria Warren

Maria Warren

Assistant Teaching Professor, Aerospace and Mechanical Engineering

AME Assistant Director of Undergraduate Studies

Areas of Interest

CAD/CAM, experiential learning, experimental mechanics, solid mechanics

Professor Patrick Wensing

Patrick Wensing

Wanzek Family Foundation Collegiate Professor of Engineering, Aerospace and Mechanical Engineering

Areas of Interest

Dynamic systems and control with focus on applications in robotics

Matthew Zahr

Matthew Zahr

Associate Professor, Aerospace and Mechanical Engineering

Areas of Interest

Model reduction; finite element and discontinuous galerkin methods, high-order discretizations, numerical methods for handling shocks and other discontinuities, topology optimization, PDE-constrained optimization, multiphysics and multiscale problems, and uncertainty quantification