Professional CAE Simulation

We empower engineering teams to accelerate innovation and mitigate risks through high-fidelity Computer-Aided Engineering (CAE). From structural integrity to fluid dynamics, we transform complex physics into actionable insights that drive product excellence.

Our Consulting Framework

We follow a rigorous, stage-gated process to ensure that every simulation delivers high-confidence results:

Requirement Definition: Identifying physics, load cases, and success criteria.
Pre-processing: Geometry cleanup and high-quality mesh generation.
Solver Execution: Selection of appropriate physics models and boundary conditions.
Verification & Validation: Correlating results with physical theory or test data.
Actionable Insights: Delivering detailed reports with specific design recommendations.

Case Studies

nonlinear FEA analysis

This project utilizes nonlinear finite element simulation technology to accurately model the deformation patterns and stability of the main energy-absorbing components at the ends of EMUs during collision events. The research focuses on the energy absorption mechanisms and structural response of these components under high-speed impact, providing critical data and theoretical support for optimizing their crashworthiness design. This effectively enhances the predictive and developmental capabilities for improving the passive safety performance of trains.

MBS of wind turbine

This project conducted a multibody dynamics simulation analysis of wind turbine drivetrain systems, focusing on their dynamic response and fatigue characteristics under complex load conditions. By establishing a high-precision dynamics model of the gearbox and drive train, the study systematically evaluated the system's vibration modes, load transfer efficiency, and reliability of key components. It provides critical data and engineering solutions for optimizing drivetrain design and enhancing the operational stability of wind turbines.

CFD simulation

This project conducted a refined CFD simulation analysis of a specific vessel, focusing on its hydrodynamic performance under complex sea conditions. By establishing a high-precision flow field model, the study systematically evaluated the ship's resistance characteristics, seakeeping, and course stability. It provides crucial data support and a decision-making basis for optimizing the vessel's overall navigation efficiency and structural design.

realtime simulation of Mars Rover

This project conducted high-fidelity real-time dynamics simulations of a Mars rover, focusing on its mobility performance and autonomous obstacle-crossing capabilities in unknown Martian terrain. By establishing a rigid-flexible coupled dynamics model and a high-precision terrain interaction model, the study systematically evaluated the rover's attitude stability, wheel-soil mechanics, and path-planning reliability. It provides critical data and a real-time verification platform for mission decision-making and control system optimization in extraterrestrial exploration.

Full-fledged domain consulting

Our expert consulting harnesses specialized domain knowledge to automate simulation workflows, optimize design processes, and drive productivity gains with precision.

FEA

Finite Element Analysis

Harness our advanced FEA expertise to unlock the full potential of your engineering designs. With deep proficiency in structural, thermal, and dynamic simulations, we empower you to optimize product durability, reduce material usage, and accelerate development cycles through actionable engineering insights.

CFD

CFD Analysis

Transform fluid dynamics challenges into competitive advantages with our comprehensive CFD solutions. Specializing in flow, heat transfer, and multiphase simulations, we help you visualize complex fluid behavior, enhance system efficiency, and innovate with confidence through data-driven fluid analysis.

Optimization

Design Optimization

Elevate your engineering outcomes through systematic optimization analysis. Combining advanced algorithms with domain expertise, we identify optimal design configurations that balance performance, cost, and manufacturability—turning design constraints into strategic opportunities.

Combustion

Combustion Simulation

Master spray and combustion dynamics with our specialized simulation capabilities. From fuel atomization to flame propagation, we provide detailed insights into reactive flow systems, enabling cleaner combustion, improved energy efficiency, and reduced emissions in your designs.

EAT

Exhaust Aftertreatment Simulation

Optimize emission control with precision through our aftertreatment system simulations. Experts in catalytic converters, particulate filters, and SCR systems, we model complex chemical and physical interactions to help you meet stringent regulations while maintaining system performance.

Multi-physics

Multi-physics Modeling and Simulation

Navigate interdisciplinary engineering challenges with our integrated multiphysics approach. By coupling structural, thermal, fluid, and electromagnetic phenomena, we deliver holistic simulations that reveal critical interactions—ensuring your designs perform reliably in real-world conditions.

AI based Engineering

Revolutionize engineering intelligence with AI-driven data analytics. Our machine learning models uncover hidden patterns in simulation and test data, transforming complex datasets into predictive insights that drive innovation, prevent failures, and optimize lifecycle performance.