Services

Static & Transient Structural Simulations

Perform professional simulations to understand the stress and deformation in structures under various static and dynamic conditions.

Static & Transient Thermal Simulations

Analyse heat transfer and temperature distribution under steady-state and transient conditions to inform design decisions.

Mesh Independence Study

Ensure the accuracy of simulation results with mesh optimization studies that eliminate errors associated with numerical discretization.

Stress Analysis

Using advanced techniques to evaluate stress concentrations in materials, predicting critical points and ensuring design integrity.

Failure Analysis

Create innovative product designs that optimize material layout within a given design space for peak performance.

Airflow Testing & Optimisation

Using advanced techniques to evaluate stress concentrations in materials, predicting critical points and ensuring design
integrity.

Structural Optimisation

Streamline structural components to achieve optimal performance and efficiency while minimizing material usage and cost.

Thermal-Stress Analysis

Investigate the interaction between thermal loads and structural integrity to prevent failure due to temperature variations

Failure Analysis

Determine the root cause of component failures to
improve future designs and enhance reliability.

Hydrodynamic Analysis

Evaluate fluid flows and their impact on structures to ensure stability and performance in aquatic environments.

Drop Test Simulations

Simulate impacts and drops to assess the durability and survivability of products during accidental events

Combustion Simulations

Analyse combustion systems for efficiency, safety, and emission control, optimizing performance for various applications.

Factor of Safety Analysis

Evaluate design safety margins to ensure products meet industry standards and withstand intended use scenarios.

Turbo Machinery Analysis:

Apply detailed flow and mechanical simulations to improve the performance and reliability of turbines and
compressors.

LES (Large Eddy Simulation)

Use high-fidelity turbulence modelling to
capture complex flow phenomena in a multitude of applications.

Thermal Analysis

Offer thermal behaviour predictions to ensure proper
thermal management and safeguard equipment operation.

Fluid-Structure Interaction (FSI)

Address the complex interplay
between fluid flow and structural response to enhance product design and performance

Vibration Analysis

Diagnose and predict vibrational issues to minimize fatigue failures and ensure machinery longevity.

Buckling Analysis

Prevent catastrophic failure by predicting buckling loads and identifying safe load capacities in structural elements.

Multi-physics Analysis

Integrate multiple physical phenomena into simulations to capture the complex behaviour of systems under realistic
conditions.

Design Optimization

Optimize designs for various objectives, from reducing weight to improving functionality, while considering all relevant constraints.

Electromagnetic Analysis

Explore electromagnetic fields and their effects on products to ensure proper function and regulatory compliance.

Multiphase Flow Analysis

Simulate the interaction between different phases of matter to optimize processes involving liquids, gases, and solids

Particle Tracking Analysis

Trace the movement of particles in a fluid flow to understand the distribution and deposition in various conditions.

Fatigue Life Optimisation

Extend service life and enhance durability by predicting and improving fatigue performance.

Ad-Joint Optimisation

Employ advance techniques to rapidly improve designs based on sensitivity analysis and gradient-based optimization.

(HVAC) Heating, Ventilation, and Air Conditioning

Design and analyse HVAC systems for optimal thermal comfort, air quality, and energy efficiency.

Melting & Solidification

Optimize material phase transitions for manufacturing excellence with our focused melting and solidification analysis.

Our Technologies

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