Capabilities to perform a variety of physics-based analyses can cover almost all the major simulation needs in all industries

• Linear and nonlinear analysis

• Conjugate heat transfer analysis

• Advanced material modelling

• Heat transfer and Radiation

• Design optimization

• Mould flows

• Implicit/ explicit analysis and Multibody Dynamics

• Multiphase flows

• Coupled thermal-structural analysis

• Reacting flows

• Fatigue and fracture

• Aeroacoustics analysis

• Buckling

• Fluid-structure Interaction (FSI)

• Molecular dynamics (MD)

• Discrete element method (DEM)

• Battery thermal management

• Multibody Dynamics (MBD)

Fluid Mechanics

• Subsonic and supersonic flow

• Multiphase flow

• Porous Media

• Conjugate heat transfer

• Fluid-structure interaction

Solid Mechanics

• Linear and Non-linear

• Modal, frequency response

• Fatigue, fracture and tear

• Composite and Laminates

Manufacturing Simulation

• Extrusion Analysis

• Forging Analysis

• Casting Simulation

• Injection moulding Analysis

Design Optimization

• Parameter studies and sensitivity analysis

• Single-objective optimization strategies

• Multi-objective optimization strategies

• Optional use of surrogate models

Equipped with state-of-the-art optimization functionality for constrained design tasks. The following capabilities are included and can be readily linked to your geometry and CFD setup

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