Virtual Prototyping & Testing of Composites
(Click the PDF icons to view abstracts, papers, or presentations that were available at press time.) |
| Paper Title |
Author |
Company |
 |
A Method for Characterizing Fiber Length Distribution in Random Fiber Composites |
Tim Latimer |
University of Tulsa |
|
Progress on Simulating Orientation of Long Glass Fibers in Composites Molding |
Kevin Meyer |
Virginia Tech |
|
Crashworthiness Energy Absorption of Carbon Fiber Composites: Experiment and Simulation |
Francesco DeLeo
*2010 SPE ACCE Scholarship Award Winner*
*2011 SPE ACCE Best Paper Award* |
University of Washington |
|
Simulation of Folgar Tucker Orientation Model with a Semi-Circular Advancing Front Geometry |
Syed Mazahir |
Virginia Tech |
|
Predicting Performance of Thermoplastic Composites Taking into Account the Fiber Orientation Effects Utilizing ULTRASIMTM Technology — Part I: Methodology |
Marios Lambi |
BASF Corp. |
|
Predicting Performance of Thermoplastic Composites Taking into Account the Fiber Orientation Effects Utilizing ULTRASIMTM Technology — Part II: Case Studies |
Marios Lambi |
BASF Corp. |
|
Injection Molding Fiber Orientation, Property Predictions, & Failure Analysis |
Robert Sherman |
RTP Co. |
|
CAD: Composites Are Different — Moving Beyond Yesterday’s CAD Tools to Accelerate Adoption in Mass-Produced Autos |
Rani Richardson |
Dassault Systèmes |
|
Understanding of Aerospace Composite Design Principles for Structural Fittings |
Richard Schaake |
SKF Engineering & Research Centre |
|
Implementation of Advanced Composite Design Software and Practices |
James Salerno |
Plasan Carbon Composites |
|
DIGIMAT for Continuous Fiber Reinforced Composites |
Roger Assaker |
e-Xstream Engineering |
|
Multi-Scale Modeling of Fatigue of Fiber Reinforced Plastics with DIGIMAT |
Michael Parrott |
e-Xstream Engineering |
|
Finite Element Modeling of Bond-Line Read-Through in Composite Automotive Body Panels Subject to Elevated Temperature Cure |
Paul Deslauriers |
Multimatic Engineering |
