Advanced CAE Simulation

Through state-of-art FEM software, hand calcs and unique in-house developed tools, we are able to simulate, predict and tune a product’s real behaviour accurately. We can see if it will break, wear, or perform, without the need for expensive prototyping and testing. GIVE and its engineers have extensive experience in advanced simulation tools and a solid theoretical background on structural analysis. The world of motorsports and F1 has taught us how to strive for speed and accuracy, as well as to always pay attention to detail.

  • linear Analysis

  • Quasi-static

  • Full assemblies simulation

  • Dynamic/Crash simulations & impact

  • thermo-mechanical analysis

  • Frequency response and modal analysis

  • Durability & Fatigue

  • Advanced material modelling

  • Composite material analysis

Today, structural analysis expertise is not complete without optimisation capabilities. Our passion for efficient structures puts optimisation in the center of all design, analysis and development work we do. From topology to morphing, metals to composites, we cover all the modern optimization methods.

  • Topology

  • Shape Optimization

  • Size Optimization

  • Composites optimization

  • Design for Manufacturing

  • Morphing

  • Muti-disciplinary optimization

  • Multi-physics

GIVE has a team of highly skilled experts in the field of dynamics simulations from material non-linearities or contact all the way to dynamic phenomena, impact, material failure and crack propagation, crash tests, etc. We have been involved in a range of crash simulation (ECE R94, R95) for the automotive and motorsports focusing on overall vehicle passive & active safety.

  • Non-linear phenomena

  • Large displacements

  • Crash analysis

  • Vehicle Safety

  • Implicit + Explicit solvers

  • Contact, friction, dissipation

  • Creep and stress relaxation

  • Material damage

  • Fracture mechanics & crack propagation

  • Material Wear

  • Buckling

We focus on making things lighter, stronger and more efficient. We specialise in analysing composite high-performance applications and structures, using the latest models and methods, as well as special, in-house developed tools. Our highly experienced team, who understand materials and manufacturing, can deliver engineering solutions all the way from concept to manufacturing - from single components to advanced assemblies - ensuring that the full performance benefits of composite materials are incorporated in any structural design. We pride ourselves on high-level technical expertise on lightweight structures, composite materials and failure analysis.

  • Concept Feasibility

  • Laminate theory

  • Advanced composite simulations

  • Failure analysis

  • Crack propagation & Delamination

  • Composites Structural Optimization

  • Development of composite analysis tools