Creating knowledge through research. Educating the next generation of engineers. Innovating and improving society through technology. Leading the profession. These are the hallmarks of the mechanical engineering department at Iowa State University. Our faculty members are experienced researchers and educators who are grounded in fundamental disciplines and focused on solving timely problems that address important national and global technological needs.
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Professors
Lecturers
Adjunct Professors and Courtesy Appointments
Emeritus Professors
James Bernard | Real-time applications of computer modeling and simulation, particularly vehicle dynamics applications, and interactions between technology and globalization |
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Tim Bigelow | Biosciences and engineering, medical ultrasound, physical properties of tissue, and diagnostic and therapeutic use of ultrasound in treating disease | |
Robert C. Brown | Conversion of biorenewable resources into bioenergy and biobased products, combustion, gasification, fast pyrolysis, hydrogen energy, and hydrodynamics and heat transfer in fluidized beds |
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Mark Bryden | Virtual engineering of fluids and heat transfer systems within collaborative, immersive, and synthetic environments |
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Abhijit Chandra | Mechanics of manufacturing processes, nanoscale surface modification, multiscale and multiphysics modeling, renewable energy, and boundary element method |
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LeAnn Faidley | Active/smart materials, structures, and systems; characterization, modeling, application, and control of magnetically activated materials; magnetorheological elastomers; and smart materials for medical devices |
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Baskar Ganapathysubramanian | Computational mechanics, applied mathematics, parallel and high performance computing, uncertainty in complex systems, and materials by design |
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Ted Heindel | X-ray flow visualization; fluid mechanics; multiphase flow hydrodynamics; gas-liquid, gas-solid, and gas-liquid-solid multiphase flows; and gas-liquid mass transfer |
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Atul Kelkar | Control theory, robust and nonlinear control, acoustic noise control, vibration control, flexible multibody dynamics, integrated design via multiobjective optimization, robotics, and neural networks |
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Gap-Yong Kim | Manufacturing science at the microscale, microscale deformation processes, semisolid forming, modeling and fabrication of microreactors, and energy conversion devices (fuel cells, fuel processors, etc.) |
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Song-Charng Kong | Experimental engine combustion and emissions studies, bio-renewable energy utilization in internal combustion engines, numerical combustion study and model development using detailed chemical kinetics with computational fluid dynamics, and optimization of engine performance via experiments and numerical models |
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Valery I. Levitas | Stress- and strain-induced phase transformations, high pressure mechanics and mechanochemistry, structural changes in materials via virtual melting, multiscale modeling, strain-induced chemical reactions, large inelastic deformation of solids, continuum thermodynamics and kinetics, instabilities in materials and structures, micromechanics and nanomechanics, energetic and nanoenergetic materials, superhard materials, smart materials |
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Greg R. Luecke | Robotics and control, multibody dynamics and simulation, and artificial neural networks for control |
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J. Adin Mann | Acoustics, noise control, and design optimization |
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Gregory M. Maxwell | Energy usage in buildings and HVAC systems, industrial energy efficiency, and nuclear energy |
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Terry Meyer | Laser imaging and spectroscopy for reacting fluid flow and sprays, biorenewable fuels, combustion, power and propulsion, gas turbines, scramjets, hypersonic vehicles, and internal combustion engines |
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Palaniappa A. Molian | Materials and manufacturing with focus on laser processing, nanotechnology, microelectromechanical systems, and solid freeform fabrication |
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Ron M. Nelson | Energy conversion and utilization, environmental control, thermal system optimization, and applied artificial intelligence |
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James Oliver | Design and manufacturing process automation using geometric modeling, computer graphics, visualization, simulation, optimization, virtual reality, and human-computer interaction |
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Michael G. Olsen | Experimental fluid mechanics and microelectromechanical systems |
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Pranav Shrotriya | Mechanical response of micro- and nanoscale structures, experimental and computational mechanics at small-length scales, mechanics of surface stress sensors and molecular adsorption, stress-assisted dissolution and damage of biomedical implants, and mechanics of manufacturing processes |
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Shankar Subramaniam | Spray modeling, modeling and simulation of gas-particle flows and granular flows, combustion, turbulent reactive flows, mixing, stochastic models, particle methods, and computational fluid dynamics |
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Sriram Sundararajan | Surface engineering, micro- and nanoscale tribology (friction, lubrication, and wear), multiscale mechanical behavior of materials, scanning probe microscopy, and thin film characterization using three-dimensional atom probe microscopy |
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Judy Vance | Virtual Reality applications in mechanical engineering including virtual assembly, virtual manufacturing and mechanism synthesis; optimization; fundamentals of engineering design including design ideation and concept generation |
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Xinwei Wang | Laser-assisted bio-imaging; thermal transport in nanoscale and nanostructured materials; novel technique development for thermal conductivity measurement of films, coatings, and micro- and nanoscale wires/tubes; large-scale parallel molecular dynamics simulation; hybrid atomistic-macroscale modeling; laser-material interaction; and laser-assisted nanostructuring |
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Jonathan Wickert | Mechanical vibration and noise control; continuous and multibody systems dynamics; applied mechanics; and applications in computer data storage, flexible web material manufacturing, and friction-vibration interaction |
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Eliot Winer | Internet technology for large-scale collaborative design; analysis, visualization, and interaction with medical data studies; multidisciplinary design synthesis; computer-aided design and graphics; applications in optimal design; scientific visualization; and virtual reality modeling for large-scale design |
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Song Zhang | Three-dimensional optical metrology, machine and computer vision, virtual reality, human-computer interaction, nondestructive evaluation, and biometrics |
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Qingze Zou | Precision positioning, inversion-based control theory, scanning probe microscopy, and nanofabrication |
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Lecturers | ||
William Bathie | Gas Turbines |
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Sebastien Feve | Tire research, fundamentals of thermodynamics, engineering education, international & study abroad opportunities |
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Max Gassman | Machine design, hydraulic power, shredding machines, and mathematical modeling and simulation |
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Matt Hagge | Computational modeling, wood, combustion, pyrolysis, thermodynamics, and visualization of bloodstain pattern analysis |
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Jim Heise | Product design engineering, project management, design for Lean Sigma®/Six Sigma®, transportation design/vehicle dynamics, human/product interface design, and SAE design competition series |
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Rajeev Madhavan Nair | Laser-based flexible fabrication, nanotechnology, and computer-aided design |
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Zhaohui (George) Qin | Fluid mechanics and thermal systems |
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Gloria Starns | Mechanism design and analysis, numerical optimization, artificial intelligence applications in engineering, and engineering education |
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Adjunct Professors and Courtesy Appointments | ||
Robert Anex | Life cycle assessment and biorenewable resources/bio-based industries |
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Ashraf Bastawros | Micro- and nanosurface machining, experimental methods to study structure-property relationships, thermo-mechanical characteristics of porous solids and biological materials, mechanics of cellular materials, and mechanics of manufacturing processes at the micro- and nanoscale |
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Joseph N. Gray | Nondestructive evaluation techniques using x-ray and neutron radiography methods and modeling of x-ray and neutron image formation processes |
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John McClelland | Molecular spectroscopy of materials and analytical instrument automation | |
Richard Stone | Human-computer interface design, adaptive automation, modeling of congitive processes, and human decision making | |
John Brighton | |||
William Cook | Paul DeJong | ||
Arvid Eide | Richard Hendrickson | ||
George Junkhan | Charles Mischke | ||
Leo Peters | Richard H. Pletcher | ||
Donald Roberts | George Serovy | Bernard Spinrad | |
Delmar Van Meter | Monroe Wechsler |