The challenge of composite structures has never been limited to strength calculations — rather, design, ply layup, tooling, forming, and assembly must all be coordinated. Many projects appear problem-free at the analysis stage, only to reveal deviations and rework costs during manufacturing and assembly.

Industry Characteristics

  • Significant material anisotropy
  • Ply stacking sequence, thickness variation, and joint design all affect performance
  • Design outcomes must be translatable into manufacturable solutions

Core Tasks

  1. Composite laminate strength and failure analysis
  2. Local response assessment of cutouts, joints, and reinforcement zones
  3. Forming springback, residual deformation, and assembly deviation prediction
  4. Impact analysis of process solutions on structural performance

Recommended Solution

It is recommended to manage composite design models, ply definitions, process constraints, and assembly requirements within a unified data framework. This not only reduces redundant model conversions but also enables faster determination of whether a given reinforcement scheme is truly feasible.

Engineering Value

What composite projects truly need is a "design-as-manufacturing" collaborative capability — not merely a single impressive strength report.