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Test our interactive demo

Navigate through all features without having to register. We also recommend having a 3D model at hand, to be able to test all parts of the demo.

Try out our demo Download 3D models

To be able to test all parts of the demo, we recommend having a 3D model available. Use your own 3D model, or download one here.

View some of our report images below or, better yet, check the full report examples in the demo application

Niigata 2m
Niigata 2m
Niigata 2m
Niigata 2m
Niigata 4m
Niigata 4m
Niigata 6m
Niigata 6m
Niigata 8m
Niigata 8m
Niigata 2m
Niigata 2m
Niigata 2m
Niigata 2m
Niigata 4m
Niigata 4m
Niigata 6m
Niigata 6m
Niigata 8m
Niigata 8m
Easy to use
Set up and start a simulation within minutes
Automatic
Automatic work flow. Eliminates all manual steps.
Affordable
Small cost per simulation. Try it out for free.

How accurate is Ingrid Cloud? How long does a simulation take? Find out the answer here.

  • Do I need experience in CFD – Computational Fluid Dynamics, in order to use Ingrid Cloud?
    No. Anyone can use Ingrid Cloud.
  • What kind of model do I need to use Ingrid Cloud?
    You need a 3D-model in STL-format. You can easily convert your CAD-file to STL in the CAD/Design-software that you use
  • How long does it take to initiate a simulation?
    It doesn’t take more than a few minutes. You upload the model and set a few parameters. The rest is handled by our intelligent algorithms.
  • I am an experienced CFD-engineer with a PhD in fluid mechanics. Is Ingrid Cloud be sophisticated enough for me?
    Ingrid Cloud can meet many needs of an experienced CFD-engineer within each specific application. The fully automated work flow eliminates a lot of time which allows the engineer to spend time on analyzing the results instead of spending it on setting parameters and refining the mesh. Moreover, each application will have an advanced mode for some parameters of interest.
  • Can I really trust fully automated flow simulations to work? Doesn’t it require the hand of an expert?
    There are, of course, some cases which are not suitable for automation. And there will always be use cases which requires hands on work by a CFD-expert. Our aim is to introduce automated simulations on area/application at a time, making sure that we have validated the use case against experiments and benchmark cases. This allows us to confidently say that you can trust that our automated simulations are accurate and reliable.
  • Some of our models are highly confidential. Is your cloud solution secure to use?
    Yes, our cloud solution uses high security standards which have been accepted by industry leaders. All of our staff is bound by strict confidentiality governed by contract as well as law.
  • What is the difference between your cloud based solution for CFD Simulations and other cloud based simulation services?
    Most of the cloud simulation services available on the market are based on the open source software Open Foam. Unlike Ingrid Cloud, these services do not offer fully automated high-fidelity simulations. Moreover, they do not enable mesh refinement based on error estimation, or scale on thousands of cores.
  • Can I analyze other fluids than air with Ingrid Cloud?
    Yes, while the default is air, you can easily set the viscosity and density in the application to analyze other fluids.
  • Can I analyze aeroacoustics (sound sources) with Ingrid Cloud, or is only aerodynamics included?
    Ingrid Cloud will during 2018 add functionality for aeroacoustic analysis such as sound sources and sound propagation.
  • I want to compare different designs. Can I do that easily?
    We plan to add this as a special feature, but in the meanwhile, you can just conduct a simulation with each model with the same parameters and compare the results.
  • I need help to analyze the results of the simulation. Can you help me with that?
    Yes, if you contact support@adaptivesimulations.com, our engineers can provide you with some pointers on how to interpret the simulation.

Resolution is an important part of the simulation. It decides how accurate the simulation will become, and also affects the price. You can choose between four resolutions.

Choose resolution
Sketch
Low
Prototype
Medium
Design
High
Validate
Very high
Sketch
Prototype
Design
Validate
5 Tokens
Example result
This resolution gives you a reasonable understanding of how the flow is effected by your design. It is suitable when comparing a large number of designs. It can also be used for visual effect. Read more
25 Tokens
Example result
This resolution gives you a good understanding of how the flow is effected by your design. It can provide some pointers for the continued design work and can also be used to compare a few alternative designs. Read more
100 Tokens
Example result
This resolution gives you a very good understanding of how the flow is effected by your design. It can provide fact based information on how to optimize your design and has high value for money. Read more
500 Tokens
Example result
This resolution gives you a really good understanding of how the flow is effected by your design. This level of resolution will result in a high relative level of accuracy. It is typically used to validate a case near the end of the design cycle. Read more