George Weng

George Weng

Distinguished Professor

Mechanical & Aerospace Engineering

Phone:848-445-2223
Email:gjweng@rutgers.edu
Office:ENG B-218
Office Hours: By appointment
Website: Professor George J. Weng's site

Education

  • Ph.D., Mechanics of Materials, Yale University, 1974
  • M. Phil., Solid Mechanics, Yale University, 1971
  • B.S., Mechanical Engineering, National Taiwan University, 1967

Research Interests

Micro and nano mechanics, phase transition, ferroelectric crystals and nano-thin films, multiferroic composites for strong magnetoelectric coupling, mechanical and transport properties of carbon nanotube and graphene based composites, and strength of nanocrystalline materials.

Selected Publications

  • P. Jongenburger, A. Wachters and G.J. Weng: Plastic anisotropy of textured steel sheets. Metallurgical Transactions Vol. 5, 2451-2455, 1974.
  • A. Phillips and G.J. Weng: An analytical study of an experimentally verified hardening law. Journal of Applied Mechanics Vol. 42, 375-378, 1975.
  • G.J. Weng and A. Phillips: On the kinematics of continuous distribution of dislocations in plasticity. International Journal of Engineering Science Vol. 14, 65-73, 1976.
  • T.H. Lin, C.L. Yu and G.J. Weng: Derivation of polycrystal creep properties from the creep data of single crystals. Journal of Applied Mechanics Vol. 44, 73-78, 1977.
  • G.J. Weng and A. Phillips: An investigation of yield surface based on dislocation mechanics. I. Basic theory. International Journal of Engineering Science Vol. 15, 45-59, 1977.
  • G.J. Weng and A. Phillips: An investigation of yield surface based on dislocation mechanics. II. Applications. International Journal of Engineering Science Vol. 15, 61-70, 1977.
  • G.J. Weng and A. Phillips: The stress field of continuous distribution of dislocations and of their movement in a polycrystalline aggregate. International Journal of Solids and Structures Vol. 14, 535-544, 1978.
  • G.J. Weng: Parametric response of a metallic column at elevated temperature. International Journal of Non-Linear Mechanics Vol. 14, 123-132, 1979.
  • G.J. Weng: A physically consistent method for the prediction of creep behavior of metals. Journal of Applied Mechanics Vol. 46, 800-804, 1979.

See More (Google Scholar)