European Union project
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Flow pro
Math Works
wamtechnik
Valeo
Warsaw university
Wamtechnik

Make sure your design fulfils all requirements before going into prototyping costs.

Our customers usually start working with us when they need to calculate their products or designs more accurately than earlier. We develop software for them, or we run simulations to:

  • verify the product fulfils all requirements,
  • calculate loads more accurately than the ISO norms and allow for further optimisation,
  • eliminate design flaws before huge prototyping or certification costs.

We always focus on fluid flow, thermal, aerodynamic and structural mechanics phenomena and work as your expert consultants.

Q-Bat<br />Battery Simulation Software
Q-Bat
Battery Simulation Software

We have developed the fastest 3-D battery thermal simulation software on the market.

Q-Bat works like a CFD solver. It starts with 3-D geometry and does the finite element discretisation. Then it runs automatic model order reduction to the eigenmodes space. It allows to simulate long driving or charging profiles close to real-time. And it delivers 3-D temperature distribution. Q-Bat links easily to MATLAB and Simulink and accounts for all battery nonlinearities.

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Development<br /> of custom engineering software
Development
of custom engineering software

Sometimes it turns out that previous calculation workflows are too slow, too conservative or not tailored to your needs.

We have designed custom simulation models for automotive companies to accelerate flow or thermal computations 100x with error margins as low as 3%. For photovoltaics, we have created software that captures aerodynamic loads far more accurately than the ISO norms and allows them to outperform the competitors. For oil & gas, we have created a complete software package with GUI for wellbore modelling.

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Fluid flow<br /> and thermal simulations
Fluid flow
and thermal simulations

We have been simulating flows with chemical reactions such as combustion, electronics cooling, and even blood flows for biomedical applications.

QuickerSim builds its competence on the academic background of its founders. We understand numerical algorithms and the underlying physics. That is why we engage in challenging R&D projects: aerodynamic fan blade design, blood flow modelling in the bionic pancreas, EV battery cooling or combustion, and gasification are just a few examples.

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Case Studies

We focus our work on battery thermal modelling, CFD simulations
and the development of engineering software according to the individual company's needs.

Electric Aircraft Battery Cooling for Nuncats - case study

Electric Aircraft Battery Cooling for Nuncats - case study

Customer profile: Nuncats CIC is a British aircraft company, providing electric aircraft transportation systems in order to replace the petrol engine and fuel tanks.

The electric aircrafts designed and built by Nuncats are based on batteries, supported by solar charging stations on the ground.

The aim is to provide cheap and sustainable transport to rural or remote areas (e.g. to deliver doctors, teachers and medical supplies in Africa), where the roads are unreliable and the conventional ways of transport would fail or it would be extremely expensive.

Together with Nuncats we worked on a project to ensure proper cooling of the battery pack in the aircraft. Using Q-Bat – our battery simulation software, we have analysed the battery pack in several phases of flight. This way we were able to check if the cooling fans were enough to keep the temperatures at desirable levels.

Development of GUI and Simulation Engine for Oil & Gas

Development of GUI and Simulation Engine for Oil & Gas

We have developed numerical software for studying 3-phase flow in the wellbores. Both simulation algorithms and the GUI developed for Flowpro AS from Norway.

Gasification & Combustion Modelling

Gasification & Combustion Modelling

According to emission norms, combustion of the syngas must provide that each gas particle travels for more than 2 seconds in the regions above 850 degrees C. We have done CFD simulations and modified the combustion chamber with our British customer to guarantee that.

Your Company Benefits

The most common benefits of our work for our customers can be summarized as follows:

Competition Advantage

In photovoltaics, we have helped calculate wind loads on panels more accurately and less conservative than the norms. It led to increased competitiveness of our customer.

Continuous Progress

R&D or design teams often have many deadlines and lack time. As we start working on your project, our team entirely focuses on this job, and you see new results weekly.

No certification risks

Batteries and other products require certification. Certification processes are costly. A prior simulation helps you get confidence that your design will pass the certification.

No lost time

In the industry, a few months spent on prototype development and testing usually cost more than the prototype itself. A priori simulation helps reduce the number of prototypes.

Visualization

Colourful 3-D visualizations often allow engineers to better understand the flow processes inside the product. Also, for customers or investors, this can be a marketing asset.

Flow & Simulation Experts

At QuickerSim, we specialize in solving flow and heat transfer problems through numerical computations. You can build your know-how on our experience.

Get in touch and get a free quote
Get in touch and get a free quote

We first need to understand your technical need and your business objective. It allows us to suggest the right solution that is optimal for your engineering challenge and takes your budget into account.

Ask for a meeting

Testimonials

People at QuickerSim did an excellent job with thermal simulations of our battery pack. They were able to simulate the entire battery with long-term current profiles. The report was impressive, and their work helped us a lot in our project.

Cooperation Process - How do we work?

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First Call

That's the first part. You see that you have a problem that can be solved with simulations and come to us with it. You can either send us a message, or schedule a call here.

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Analysis of the problem

After you come to us with your issue, we need to talk with you about it. That way, we can dig deep into your problem and come up with the best solution.

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Cost estimate and offer

The next step is the cost estimate. After our discussion, we sit down internally and think about how to approach the solution from the technical side. At this stage, we come up with an initial plan of work and estimate the cost. At the end of that step, we send you the formal offer.

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Decision

Now that you have all the necessary information, it is time for you to decide whether you want to go with our solution or not.

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Project in Progress

If you decide to go with our solution, we will start the project. We will meet with you weekly to give you updates on our progress. That way, we can address any concerns as they come.

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Results and Conclusions

At the end of the project, you will get the full report from the simulations with our methodology and conclusions. We will let you know how you can improve your design to make it better or avoid problems in the future.

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Custom Application or Software License

In some cases, especially where repetitive simulations are needed, a custom application or software license might be a good solution for you. That way, you will be able to do as many simulations as you need in an easy way.

Negative Impact
Negative Impact

With technology being more and more complex, going "with your gut" may not always be enough to avoid problems before they occur. That is why simulations have become an integral part of the modern design process. Not performing simulations can have a lot of negative consequences both on your design process and your final product. 
 

Without simulations, you risk: 

  • Not meeting the project's deadlines if unforeseen problems occur 
  • Bearing extensive costs of fixing issues in the late design stages 
  • High production costs or subpar performance due to not optimal design 
  • Loosing with designs and products of your competitors

What makes QuickerSim unique?

We do not only run simulations, but we implement software. Our team really understands the numerical methods, algorithms and physics.

Since founding in 2015, we have been focused on delivering simulation models that give high accuracy at low computational effort.

We always want to understand your engineering and business objective. We commit to support you in R&D, not just to deliver an engineering service.

During the project work, we meet with you on a weekly basis. During the meetings we report the results, conclusions and give our recommendations.

Get in touch and get a free quote
Get in touch and get a free quote

We first need to understand your technical need and your business objective. It allows us to suggest the right solution that is optimal for your engineering challenge and takes your budget into account.

Ask for a meeting