Academics
The Graduate School > Academics > School Degree Programs > McCormick School of Engineering and Applied Science > Theoretical & Applied Mechanics
Theoretical & Applied Mechanics
Academic Coordinator
Theoretical & Applied Mechanics
Northwestern University
2145 N Sheridan Road, Room A-236
Evanston, IL 60208-3109
Email: civil-info@northwestern.edu
Phone: (847) 491-7462
Fax: (847) 491-4011
Web: http://www.tam.northwestern.edu/

Program Description

Graduate study and research in the Program of Theoretical and Applied Mechanics is conducted through the cooperative efforts of the members of several departments in the Robert R. McCormick School of Engineering and Applied Science. Qualified students of engineering, mathematics, physics, or an allied science may pursue the MS or PhD in solid mechanics or fluid mechanics through the program, which is administered by an executive committee of professors.

Programs of study in solid mechanics are available in elasticity, computational mechanics, finite elements, stability, experimental methods, composite materials, fracture mechanics, nondestructive evaluation, micromechanics, wave propagation, and fatigue.

Programs of study in fluid mechanics are available for both theoretical and experimental research in combustion and detonation; statistical mechanics and thermodynamics; kinetic theory and rarefied gas dynamics; chaotic flow; aerodynamics and hydrodynamics; non-Newtonian fluids and gas-liquid and liquid-solid interface problems; geophysical fluid dynamics; bioengineering applications; and hydraulic structures.

Colloquia in solid mechanics and fluid mechanics are regularly scheduled in association with the program.

Applicants should contact the program to learn about program-specific requirements for admission.

Faculty

The primary appointment for those faculty with joint or affiliate status in another program is noted in parentheses.

Professors: Jan Drewes Achenbach (Civil and Environmental Engineering), S. George Bankoff, Zdenek P. Bazant (Civil and Environmental Engineering), Ted B. Belytschko (Mechanical Engineering), L. Catherine Brinson (Mechanical Engineering), Jian Cao (Mechanical Engineering), Herbert S. Cheng, Isaac M. Daniel (Civil and Environmental Engineering), Stephen H. Davis (Applied Mathematics), John Dundurs, Kornel Ehmann (Mechanical Engineering), Horacio Dante Espinosa (Mechanical Engineering), William L. Kath (Applied Mathematics), Leon M. Keer (Civil and Environmental Engineering), Alan L. Kistler, Arthur A. Kovitz, Sridhar Krishnaswamy (Mechanical Engineering), Elmer E. Lewis (Mechanical Engineering), Seth H. Lichter (Mechanical Engineering), Wing K. Liu (Mechanical Engineering), Richard M. Lueptow (Mechanical Engineering), Bernard J. Matkowsky (Applied Mathematics), Masahiro Meshii, Michael J. Miksis (Applied Mathematics), David Mintzer, Lyle F. Mockros, Brian Moran, Toshio Mura, W. Edward Olmstead (Applied Mathematics), Michael Peshkin (Mechanical Engineering), Edward L. Reiss, Edwin C. Rossow, John W. Rudnicki (Civil and Environmental Engineering), Surendra P. Shah (Civil and Environmental Engineering), Richard S. Tankin, Peter W. Voorhees (Materials Science and Engineering), John Andrew Walker (Mechanical Engineering), Johannes Weertman, Tai Te Wu (Biochem/Molec Bio/CellBio), Man-Chuen Yuen
Associate Professors: Sandip Ghosal (Mechanical Engineering), Neelesh A. Patankar (Mechanical Engineering)