Advanced Simulation & Analysis Solutions
From multiphysics to biomedical simulations, explore high-fidelity engineering tools designed for innovation.
Multiphysics Analysis
Simulation involving multiple physical interactions like thermal, structural, and fluid domains.
Read MoreMultiphase Analysis
Analyze flow involving two or more distinct phases such as gas-liquid or liquid-solid.
Read MoreNon-Linear Analysis
Structural or material simulations involving large deformations, contacts, or plasticity.
Read MoreTransient Dynamic Analysis
Study time-dependent dynamic behavior under varying loads and conditions.
Read MoreMultibody Simulation
Simulate mechanical systems with multiple rigid or flexible bodies interacting together.
Read MoreSeismic Analysis
Simulate the response of structures and components under earthquake conditions.
Read MoreSystem Modelling
Model entire engineering systems including mechanical, electrical, and control dynamics.
Read MoreConjugate Heat Transfer
Simulate combined conduction and convection between solids and fluids.
Read MoreNon-Newtonian Flows
Analyze fluid behaviors that do not follow Newton’s viscosity laws, like blood or polymers.
Read MoreCompressible Flows
Simulation of gas flows where density changes significantly, like in nozzles or jets.
Read MoreFluid-Structure Interaction
Coupled simulation of fluids interacting with deformable structures.
Read MoreStructural Analysis
Determine stress, strain, and deformation in structures under various loads.
Read MoreFire and Smoke
Simulate fire spread, smoke dynamics, and ventilation performance in buildings.
Read MoreFluid Mixture and Separation
Model mixing of different fluids and processes like decantation or separation.
Read MoreParticle Flow Simulation
Analyze granular flows, particulate transport, or spray and erosion effects.
Read MoreCrash Worthiness Analysis
Simulate high-speed impacts to evaluate safety and energy absorption.
Read MoreFatigue and Buckling Analysis
Predict structural failure due to repeated loads or instability under compression.
Read MoreAeroacoustic and Hydroacoustic
Analyze noise generated by airflow or underwater pressure waves.
Read MoreAcoustic Analysis
Model sound propagation, absorption, and resonance in various environments.
Read MoreThermal-Structural Coupling
Simulate how thermal loads affect structural integrity and deformation.
Read MoreElectromagnetic-Thermal
Evaluate heating effects from electromagnetic fields like in motors or sensors.
Read MorePorous Media and Filtration
Analyze flow and pressure through porous materials and filter media.
Read MoreElectromechanical Simulation
Simulate devices combining electrical and mechanical systems like actuators or relays.
Read MoreBiofluid and Biomedical
Model blood flow, respiratory systems, and other biomedical fluid dynamics.
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