Michael E. Plesha

Professor

525 Engineering Research Building
1500 Engineering Drive
Madison, WI 53706

Ph: (608) 262-5741
Fax: (608) 263-7451
plesha@engr.wisc.edu

Primary Affiliation:
Engineering Physics

Additional Affiliations:
Geological Engineering, Mechanical Engineering,


Profile Summary

Professor Plesha's primary research area is computational mechanics focusing on the development of finite element methods for solving static and dynamic nonlinear problems.He specializes in problems featuring material discontinuities such as sliding surfaces and bimaterial interfaces which occur in fiber-reinforcedcomposite materials. This work involves a variety of exciting, diverse topics and disciplines which are carried out with the cooperation of colleagues throughout the College of Engineering.At the most basic level, the research begins with carefully conducted laboratory studies designed to uncover basic phenomena important in the behavior of a particular material interface system. Then, constitutive models which mathematically characterize the nonlinear and history-dependent behavior of an interface are established. Ongoing with these efforts is the development of effective computer analysis procedures which are applicable to the complex problems that modern technology presents.This work is applied to problems involving mechanical behavior of natural joints in rock, effects of material interface behavior on the high temperature rheology of ceramic composite materials, reliability of soldered lead connections for electronic devices, and effects of crack surface behavior in influencing crack growth in engineering materials.

Education

  • BS 1979, University of Illinois, Chicago
  • MS 1980, Northwestern University
  • PhD 1983, Northwestern University

Research Interests

  • finite element analysis
  • discrete element analysis
  • dynamics of geologic media
  • constitutive modeling of geologic discontinuity behavior
  • soil structure interaction modeling
  • continuum modeling of jointed saturated rock masses

Courses

Fall 2014-2015

  • EMA 890 - Pre-Dissertator Research
  • EMA 990 - Research and Thesis
  • EMA 690 - Master\'s Research
  • EMA 990 - Research and Thesis
  • EMA 890 - Pre-Dissertator Research
  • EMA 705 - Advanced Topics in Finite Elements
  • EMA 599 - Independent Study
  • EMA 405 - Practicum in Finite Elements
  • EMA 489 - Honors in Research
  • EMA 690 - Master\'s Research
  • EMA 990 - Research and Thesis
  • EMA 890 - Pre-Dissertator Research
  • EMA 790 - Master\'s Research and Thesis
  • EMA 599 - Independent Study
  • EMA 605 - Introduction to Finite Elements
  • EMA 405 - Practicum in Finite Elements
  • EMA 489 - Honors in Research
  • Profile Summary

    Professor Plesha\'s primary research area is computational mechanics focusing on the development of finite element methods for solving static and dynamic nonlinear problems.He specializes in problems featuring material discontinuities such as sliding surfaces and bimaterial interfaces which occur in fiber-reinforcedcomposite materials. This work involves a variety of exciting, diverse topics and disciplines which are carried out with the cooperation of colleagues throughout the College of Engineering.At the most basic level, the research begins with carefully conducted laboratory studies designed to uncover basic phenomena important in the behavior of a particular material interface system. Then, constitutive models which mathematically characterize the nonlinear and history-dependent behavior of an interface are established. Ongoing with these efforts is the development of effective computer analysis procedures which are applicable to the complex problems that modern technology presents.This work is applied to problems involving mechanical behavior of natural joints in rock, effects of material interface behavior on the high temperature rheology of ceramic composite materials, reliability of soldered lead connections for electronic devices, and effects of crack surface behavior in influencing crack growth in engineering materials.


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