Recent Advances in Sharing Standardized Composite Structure Design and Manufacturing Information

Area of Science:

• Materials Science and Engineering
• Industrial Automation
• Data Standards

Background:

• Composite structures offer advantages like reduced weight and energy consumption over traditional metallic materials.
• The aerospace, automotive, sports, and marine industries have utilized composite structures since the 1940s.
• Effective data management is critical for the lifecycle of complex composite products.

Purpose of the Study:

• To describe advances in developing ISO 10303-209 data models for composite structural shape and composition.
• To report on the implementation status of ISO 10303-209 for data sharing and long-term retention.
• To discuss future improvements for composite structure data management.

Main Methods:

• Development of ISO 10303-209 data models specific to composite structures.
• Implementation of the standard to support manufacturing data sharing and long-term data retention.
• Analysis of varied usage scenarios to identify areas for future enhancement.

Main Results:

• Successful development of ISO 10303-209 data models for composite structural shape and composition.
• Ongoing implementation efforts demonstrate the standard's utility for data sharing and retention.
• Identification of key areas for future improvement, including 3D representation and visualization.

Conclusions:

• ISO 10303-209 is essential for improving the design, analysis, and manufacturing of composite structures.
• The standard facilitates long-term data retention, supporting products throughout their lifecycle.
• Future work will focus on enhancing the standard for better representation and visualization of composite parts.