Optimized Manufacturing Process for Aerospace Composite Components ID: 2013-078
A cutting-edge methodology designed to enhance the manufacturing process of aerospace components using high-performance composites.
Technology Overview
This invention from Brigham Young University presents a methodology for designing optimized manufacturing processes for aerospace components made from composite materials. Sponsored by Zodiac Aerospace, the project focuses on out-of-autoclave liquid composite molding (LCM) techniques, such as vacuum infusion (VI) and resin transfer molding (RTM), to develop advanced process design tools. The methodology encompasses a full process simulation chain, including draping, filling, and curing simulations, aimed at improving mechanical properties and process efficiency for components like sensor port fittings for waste-holding tanks.
Key Advantages
- Enhanced mechanical properties of aerospace components
- Improved process efficiency and reliability
- Cost-effective manufacturing through out-of-autoclave methods
- Full process simulation chain for comprehensive design and testing
- Use of high-performance composites for superior component quality
Problems Addressed
- Limitations of traditional in-autoclave composite manufacturing methods
- Inefficiencies in the manufacturing process of aerospace components
- High costs and lengthy production times associated with aerospace component manufacturing
- Difficulty in optimizing mechanical properties of composite materials
Market Applications
- Aerospace component manufacturing, especially for sensor port fittings and waste-holding tanks
- Advanced manufacturing process design tools for the aerospace industry
- Educational and research applications in materials science and aerospace engineering
- Software and technology development for composite material modeling and simulation
Additional Information
Technology ID: 2013-078
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 13 May, 2025
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