CAVE Visualization of Non-Linear Mechanical Loads as
Applied to a Panel with a Cutout

This project is meant to interface a data set produced by researchers at NASA Langley AFB with the virtual environment of the CAVE at EVL. The program is capable of visualizing various mechanical properties (strain distributions, energy densities, etc...) of an array of data points spread throughout the surface of a metal plate. An animation of the metal plate can be seen representing a series of time steps in which a load is applied over the data set.

The values of the data are displayed as variations in color and elevation on the plate. Blue representing the maximum stress, Yellow in the middle, and Red as the minimum value of the stress on the plate.

Ultimately we would like to write VR tools the user could apply to the metal plate to analyze the mechanical properties and attain realtime feedback of the resulting affects from within the visualization. This would become part of a collaborative environment within the CAVE, allowing mutliple CAVE user's to work on the same set of data even though the CAVEs are physically separated by great distances (i.e. around the globe).

These are some snapshots of the application (taken as seen from within the CAVE):

(the animation is too large for this current server, so posting it will have to wait until I can move to a bigger machine)

surface of the energy densities
(46kb)		 rotated view of the energy densities
(42kb)
rotated view of two seperate energy densities, one with arrows of its strain distributions
(104 kb)		 surface of the energy densities and the arrows of the strain distributions
(126 kb)
surface of the energy densities of the newest data set
(Sept 1998) (83 kb)		 rotated view of cutout plate
(107kb)
rotated view of the energy densities of the newest data set
(Sept 1998) (69kb)		 top side view of cutout plate data
(108kb)

back

   underside of cutout plate with ribs
(104kb)
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