Multiphysics Analysis

Simulation involving multiple physical interactions like thermal, structural, and fluid domains.

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Multiphase Analysis

Analyze flow involving two or more distinct phases such as gas-liquid or liquid-solid.

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Non-Linear Analysis

Structural or material simulations involving large deformations, contacts, or plasticity.

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Transient Dynamic Analysis

Study time-dependent dynamic behavior under varying loads and conditions.

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Multibody Simulation

Simulate mechanical systems with multiple rigid or flexible bodies interacting together.

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Vibration Analysis

Evaluate natural frequencies, modes, and responses to vibration loading.

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Seismic Analysis

Simulate the response of structures and components under earthquake conditions.

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System Modelling

Model entire engineering systems including mechanical, electrical, and control dynamics.

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Conjugate Heat Transfer

Simulate combined conduction and convection between solids and fluids.

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Non-Newtonian Flows

Analyze fluid behaviors that do not follow Newton’s viscosity laws, like blood or polymers.

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Compressible Flows

Simulation of gas flows where density changes significantly, like in nozzles or jets.

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Fluid-Structure Interaction

Coupled simulation of fluids interacting with deformable structures.

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Structural Analysis

Determine stress, strain, and deformation in structures under various loads.

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Fire and Smoke

Simulate fire spread, smoke dynamics, and ventilation performance in buildings.

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Fluid Mixture and Separation

Model mixing of different fluids and processes like decantation or separation.

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Particle Flow Simulation

Analyze granular flows, particulate transport, or spray and erosion effects.

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Crash Worthiness Analysis

Simulate high-speed impacts to evaluate safety and energy absorption.

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Fatigue and Buckling Analysis

Predict structural failure due to repeated loads or instability under compression.

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Aeroacoustic and Hydroacoustic

Analyze noise generated by airflow or underwater pressure waves.

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Acoustic Analysis

Model sound propagation, absorption, and resonance in various environments.

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Thermal-Structural Coupling

Simulate how thermal loads affect structural integrity and deformation.

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Electromagnetic-Thermal

Evaluate heating effects from electromagnetic fields like in motors or sensors.

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Porous Media and Filtration

Analyze flow and pressure through porous materials and filter media.

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Electromechanical Simulation

Simulate devices combining electrical and mechanical systems like actuators or relays.

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Biofluid and Biomedical

Model blood flow, respiratory systems, and other biomedical fluid dynamics.

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