Analysis Capabilities

We delve deep into composite materials and structures to validate and optimise every design. Our core analysis capabilities include:

• Classical Laminate Theory (CLT): Using ESAComp and LAP by Anaglyph, we accurately predict elastic properties, stresses, and strains in composite laminates under various loads, building a strong foundation for design.
• Mechanical Structural Analysis: We use Altair Hypermesh and Altair Optistruct to simulate real-world scenarios. This helps us identify stress points, predict deformation, and ensure the structural integrity and durability of our designs.
• Composite Material Card Development: We develop and select the right composite material cards using Altair Compose and Radioss. These are crucial for accurate simulations and are validated against experimental data for reliability.
• Composite Optimisation: With Altair Optistruct, we push design boundaries through:
  • Topology Optimisation: Finding the best material distribution for performance.
  • Shape Optimisation: Refining component geometry for better performance and less material.
  • Free Size Optimisation: Adjusting ply thicknesses and stacking sequences for desired stiffness and strength.
• Tailored Fibre Placement (TFP) Optimisation: For our specialised TFP structures, our proprietary software optimises fibre directionality down to the individual fibre tow. This precise control maximises material efficiency and unlocks TFP’s full potential.