Project Title:
Process Optimization by Visualization Technology for Composites Manufacturing
04.04-8080
911783
Process Optimization by Visualization Technology for Composites Manufacturing
Technical Research Associates, Inc.
410 Chipeta Way, Suite 222
Salt Lake City
UT
84108
William R.
Hughes
801-582-8080
LeRC
NAS3-26568
046
04.04-8080
911783
Abstract:
Process Optimization by Visualization Technology for Composites Manufacturing
Performance of advanced composite materials for use in aeropropulsion depends to
an extent on the complex processes required for their fabrication. There is a need
to better understand and control such processes through numerical simulation and
process optimization techniques. The goal of this project is to develop new visualization
technology with capabilities that can be directed toward process optimization for
advanced composite manufacturing and improving the understanding of cause and effect
relationships among fundamental process parameters. Further significance of the innovation
resides in the generic capability as a model to show complex relationships of large
numbers of variables, and to add or change any of the variables while observing effects
on all the other variables. Phase I objectives include demonstration of this solution
relative to the basic manufacturing methodologies of filament winding, RTM, and pultrusion.
Anticipated results include demonstration that performance of a composite material
can be optimized by balancing one variable against another in the overall process.
Understanding of how variables relate to other variables will be gained by analysis
of multi-dimensional displays.
Space programs will benefit from higher performance materials made possible by process
optimization. Process optimization for composites will benefit aircraft, automotive
and truck, marine, sports, electrical and construction, and medical applications.
Cost savings through improved yields could be quite impressive.
visualization, processes, composites, multi-dimensional display optimization, modeling