VR simulation of an injection molding setup including polymer and fiber injection. This module will walk the user through the fine tuning of the machine, allowing for customization of the final product through screw configuration, flight depth and clearance, fiber flow into mold cavities, etc.
The University of Tennessee and IACMI-The Composites Institute have developed a series of Virtual Reality (VR) modules for Science, Technology, Engineering and Mathematics (STEM) training. This work introduces the next generation work force to the most relevant composite manufacturing technologies through unique VR immersive modular learning and comprehension. The VR modules cover state of the art composites processes used by industry.
The Composites VR Modules:
- Provide realistic training and experience in the manufacturing environment.
- Collectively address critical STEM challenges identified as a national priority through communication, talent inspiration and cultivation, and diversity emphasis using evidence-based approaches.
- Create a realistic learning environment for STEM education, customer engagement, continuous workforce training, as well as a resource to upskill or re-skill workers.
- Provide flexibility of content and modularity.
- Can be tailored for potential customization, process decisions, marketing strategy and cost savings.
Carbon Fiber Production
VR illustration of the flow of the carbon fiber manufacturing line and a spool of carbon fiber coming off the line.
An animated entire sequence of the SMC process & representative glass SMC compression molded automotive part.
Extrusion & Twin Screw Compounding
VR illustration of the extrusion and twin screw compounding.
VR illustration of hot melt impregnation of long fiber thermoplastic pellets from continuous fiber.
Extrusion-Compression Molding (ECM)
The VR module on ECM demonstrates the use long fiber thermoplastic (LFT) pellets and its migration through the process.
VR illustration of an injection molding setup including polymer and fiber injection; Injection over molded composite.
VR on pultrusion of composites.
VR on roll forming of composite profiles.