Simulations and analyses.

Structural analyses cover several aspects to support decision-making and optimise product performance and quality.

• Virtual test environment for linear-static and time-dependent motion and long-term fatigue simulations
• Testing the mechanical durability, life span, topology and natural frequencies of products as well as thermal transfer and buckling instabilities
• Efficient evaluation of your design for non-linear and dynamic responses, dynamic loads as well as composite materials and non-linear static, non-linear dynamic and linear dynamic studies
• Finite element analysis (FEA) to predict actual performance
• Insights into product performance from early on in the design process to promote innovation and avoid reworking

Helps avoid manufacturing errors in plastic parts and inject mould designs to minimise costly reworking, optimise component quality and accelerate time-to-market. Discover production errors while plastic and inject mould parts are being made

• Virtual assessment of product feasibility, design quality and tools for injection mould parts
• User-friendly simulations support shorter development and save costs
• Assess the efficiency of mould cooling systems to benefit from the right technical insights at the right time.

Analyse and optimise electromagnetic components and systems for high and low-frequency applications—from static to optical frequencies.

• Carry out electromagnetic analyses including the optimisation of antennas, microwave components (e.g., filters, connectors), and electromechanical devices (e.g., motors, generators)
• Minimise electromagnetic compatibility (EMC) risks and human exposure to electromagnetic fields
• Leverage finite integration techniques (FIT), standard finite element measures (FEM) and transfer line matrices (TLM) even in hybrid simulations