Development of Cost-Effective Virtual Reality Tools for Engineering Education

Presented 12/2/98 in the Educational Symposium of the Fall Meeting of the Materials Research Society, Boston, MA


Click here to start


Table of Contents

Development of Cost-Effective Virtual Reality Tools for Engineering Education

Motivation

Program Goals

UNC-Chapel Hill Virtual Reality Workbench

Traditional Virtual Reality Technology

Virtual Reality Technology and Education: Our Vision

Why a Materials Science Department?

The Phantom Haptic

Current Educational Design

Educational Modules

Diatomic Bonding and Interatomic Forces

Diatomic Bonding and Interatomic Forces

Diatomic Bonding and Interatomic Forces

Stress-Strain Behavior

Conclusions

Speaker: Donald W. Brenner

Email: brenner@eos.ncsu.edu

Home Page: http://www.mse.ncsu.edu/CompMatSci/

Download presentation source