Research Areas of Joseph J. Rencis
My research is in the area of computational mechanics and focuses on the formulation of
boundary element and finite element methods for solving solid, heat and fluid mechanics
problems. In recent years I have also done some educational research.
Recent Areas of Interest
- Atomistic Modeling
- High Speed Rolling of Steel: Morgan Construction Company
- Mechanical Behavior of Gas Diffusion Layers under Compression: General
Motors
- Implementing Engineering Education into K-6: National Science Foundation
- Error Estimation and Adaptive Refinement Strategies for Boundary Element Method
- Hybrid (Iterative/Direct) Equation Solving for Boundary Element Method
- Numerical Modeling of Air Flow in a Coil Cooling Conveyor: Morgan Construction Company
- Development of Compact Thermal Models of the Pentium Processor for an Integrated Design
Environment: Flomerics, Inc.
- Analytical Evaluation of Boundary Element Equations
- Frit Salvage Improvement of a Cathode Ray Tube: Phillips Display
- Finite Element Analysis and Optimization in Fixture Design
- Engineering Education
- Development of a
Finite Element Universal Resource
(FEMur) for WWW
- Development of
Boundary Element
Resource Network (BENET) for WWW
Updated:
07/10/08
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Prof. Joseph J. Rencis
204 Mechanical Engineering Building
University of Arkansas
Fayetteville, AR 72701
1-479-575-4153 (V-mail/Office)
1-479-575-6982 (FAX)
jjrencis@uark.edu (E-mail)
Copyright 1995
For problems or questions regarding this Web contact
Joseph
J. Rencis.
Last Updated:
July 10, 2008.