Using CAE we shape the design of disruptive technologies.
CAE simulation gives us the ability to predict how products will work in the real world. It's like being able to see the future, allowing us to innovate like never before.
Improves operational efficiency
Saves engineering time
Lowers design cost
Results in whole domain
Reduces warranty reserves
We specialize in
battery thermal management.
Thermal management is a critical discipline that significantly affects battery pack performance and safety.
We deliver the most accurate simulations of battery cell behaviour thanks to our extensive database of measured data from laboratory tests.
We achieve optimized design in terms of performance and energy efficiency, material selection, durability and lifetime prediction in harsh environments.
We help you to find the best possible way to a cost-effective thermal management device and safer battery packs and modules.
in two disciplines???
Thermal management is critical to ensure battery top performance and safety. We deliver best-in-class thermal management simulation to produce a cost-effective cooling device and safe battery packs and modules.
We specialize in optimizing heat exchanger design in terms of performance and energy efficiency, material selection, durability and lifetime prediction in harsh environments.
We provide wide range
of engineering simulations
Computational fluid dynamics (CFD) simulation
We perform CFD to analyse a range of problems related to laminar and turbulent flows, incompressible and compressible fluids, multiphase flows and much more. We also propose measures to control flow in static and dynamic systems and investigate fluid-structure interactions.
Durability Simulation and fatigue analysis
The most challenging task for durability engineers is definitely to design components and systems as fault-tolerant as possible. Using state-of-the-art fatigue analysis methods, we perform fast and accurate simulations of fatigue life with respect to realistic loading conditions.
Structural Dynamics Simulation
Most machines and vehicles face vibrations and other excitations during operation that can impact their structural performance. We offer a comprehensive simulation to understand, analyse and improve the response when a system is subjected to dynamic loading.
Thermal management is an important factor for a wide range of products, particularly in the automotive, aerospace and electronics industries. We provide comprehensive thermal simulations that can help you to understand the thermal characteristics of your product and subsequently tailor your thermal management solution for optimal performance.
We help you to reduce component weight or find the right combination of parameters to improve product performance through comprehensive topology, geometry, and parameter optimization capabilities.
Get your first simulation now!
From initial concept to precise simulation
Start of cooperation
We care about your privacy. At the very beginning of a project, we create a confidential relationship between the client and us by signing an NDA to protect our clients' data, know-how and other business information. When it comes to data sharing, you can be completely at ease. We use ultra-secured method of data encryption using a combination of all keys and security layers that have proven to be unbreakable.
Define the problem
Now it's your turn. We'll ask you to formulate the problem you are analysing or solving. We'll ask you several questions relating to the required analysis and help you define the problem as precisely as possible. The more precise the problem formulation, the more precise the result.
Once we have all the necessary information, we concentrate on the setup. This is where our advanced engineering know-how comes in. We prepare the geometry, establish the boundary and initial conditions, generate the grid, determine the simulation strategy, input parameters and files.
At this point, we perform the simulation once all the data is prepared. We use ANSYS - the best simulation software in the universe that solves the unsolvable on a daily basis with the highest possible precision and without compromise. About the hardware, we own serious HPC machines that allow us to perform multiple analyses simultaneously.
In the last and most important step, we perform post-processing of the calculated data, then extract the required results from the simulation and include them in the official report for the customer. We can also provide recommendations for potential improvements. The moment the customer is satisfied with the solution to the problem, the projectis successfully completed.