Access Material and Models from Contributors
The following links let you access course material from a number of contributors. You are also welcome to use these pages to offer your own material to the growing multiphysics modeling community. Please click here to let us know if you would like to contribute.
Finite Element Analysis
Professor A. J. Baker, University of Tennessee
This course targets undergraduate students in engineering and applied
mathematics. Five examples from CFD, heat transport and structural
mechanics are used to introduce and incorporate finite element analysis
with computing practices.
Transport Phenomena Fundamentals
Dr. Joel Plawsky, Rensselaer Polytechnic Institute
This course in transport processes targets undergraduate and graduate
students in the natural sciences and engineering. In 42 examples, mass-
momentum- and energy transport is treated, and topics like
chemical reactors, turbulence and multiphysics are covered.
Aircraft Structures for Engineering Students
Dr. P Venkataraman, Rochester Institute of Technology
This course targets aircraft engineering students. With five examples from
structural mechanics, loads and torsion are
applied on solids, shells, trusses and beams; all with detailed
modeling instructions.
Computer-Aided Engineering: Applications to Biomedical Processes
Professor Ashim K. Datta, Cornell University
This course is an introduction to simulation-based design in biomedical applications for
heat and mass transfer. Analysis of complex real-life processes using COMSOL are the
backbone to this course. Follow the link to “Tutorials”.
ChemE 499 Projects with Professor Bruce A. Finlayson, Spring, 2008
Professor Bruce A. Finlayson
This web site provides results of studies of microfluidic devices, to
determine mixing properties, flow properties, and correlations and
design information for laminar flow. The students were Dreyfus
Undergraduate Research Scholars, under the Senior Mentor Program awarded
to Professor Finlayson by the Camille & Henry Dreyfus Foundation, Inc.