UMSI: Seminar Synopses

University of Minnesota Supercomputer Institute

Seminar Synopses

Hardware-Based Data Prefetching: Jean-Loup Baer
Hierarchal Computer Modeling of Semiconductor Devices: Kevin F. Brennan
Shape Evolution by Surface Diffusion and Surface Attachment Limited Kinetics on Completely Faceted Surfaces: W. Craig Carter
Some Current Challenges in Calculating Engine Flows: Peter J. O'Rourke
Spectroscopically Determined Force Fields (SDFF) for Macromolecules: Samuel Krimm
Modeling Plasma Processes in Materials Processing: Mark Kushner
Liquid Composite Molding: Experiments and Modeling: Richard S. Parnas
Application of a Fully Coupled Mesh Deformation Algorithm to Free Boundary Problems: Philip A. Sackinger
Melting in Two Dimensions: William Swope
Three-Dimensional Finite Element Simulation of Fluid Flows in Engineering Applications: Shahrouz K. Aliabadi
A Neural Network Model for Cortical Representation of Movement: Bagrat Amirikian
Rapid Assembly of the Coulomb Matrix in Hartree-Fock Theory: Matt Challacombe
The Molecular Dynamics Simulation of Droplet Spreading: Pieter van Remoortere
Numerical Investigation of Tip Vortex Flow: Changsi Chen
Multidimensional Computations of Diesel Sprays in a Very High-Pressure Chamber: Zhixin Hou

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	URL: http://
This page last modified on
Website related questions or problems should be directed to webmaster@msi.umn.edu The Supercomputing Institute does not collect personal information on visitors to our website. For the University of Minnesota policy, see www.privacy.umn.edu.