SimScale

@SimScale

A new, cloud-based approach to and . The future of design validation: online from .

Munich, Germany
simscale.com
Joined January 2013
4,212 Photos and videos Photos and videos

Tweets

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  1. 4 hours ago

    “Through cloud-based communication and collaboration tools, maintaining and hiring remote workers is easier than ever before. Yet, this comes with its own unique challenges for engineering teams.”

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  2. 8 hours ago

    is a 100% cloud-based software that lets you test, validate, and optimize your designs through and thermal analysis. Check it out:

    1 retweet
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  3. 21 hours ago

    Learn everything you need to know about preparation and how to upload designs into with our documented guide. Get started now:

    1 retweet 3 likes
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  4. 23 hours ago

    In this free , learn how design engineers can weigh product life-cycle and lighting performance for their lighting solutions. As a bonus, we will showcase our newest, high-performing conjugate heat transfer solver! Register now:

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  5. Sep 14

    Online simulation leverages the performance of high-performance computing in the cloud. Now, designers and engineers can use their web browsers to launch and share sophisticated simulations without compromising simulation performance or security.

    1 retweet 1 like
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  6. Sep 14

    Discover how easy it is to predict the performance of your industrial blower designs with cloud-based from SimScale:

    1 retweet 3 likes
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  7. Sep 13

    Take a look behind the scenes of our international startup! Welcome to :

    1 retweet 1 like
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  8. Sep 13

    This short tutorial shows how to set up and simulate fluid flow through a Francis water turbine. Check it out and start simulating:

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  9. Sep 13

    Missed the last session? One of our account managers and our technical marketing specialist answered live questions regarding simulation and the platform. Subscribe to our channel so you don’t miss the next one!

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  10. Sep 12

    For this webinar, our product manager, content manager, and technical marketing specialist sat down to discuss how today’s complex and competitive landscape is pushing teams to evolve.

    2 retweets 1 like
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  11. Sep 12

    Pedestrian wind comfort analysis is used to assess the effects of building external aerodynamics on pedestrians’ comfort and even safety. Learn how cloud-based simulation can help assess pedestrian comfort in urban areas:

    1 retweet
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  12. Sep 12

    is an all-in-one simulation platform across , , and . Whether you’re evaluating airflow around a building or testing stress and strain of materials, we’ve got you covered!

    3 retweets 5 likes
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  13. Sep 11

    "Being cloud-based, it opens us access to anyone with an Internet connection and gives the ability to select the amount of cores to be used, therefore there is no physical computing power resource requirement for the user.”

    3 likes
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  14. Sep 11

    In this tutorial, learn how to run a convective heat transfer analysis in order to ensure thermal comfort in a theater room:

    1 retweet
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  15. Sep 11

    The needs of teams have changed. More focused on accessibility, collaboration, and efficiency, they require solutions to stay competitive.

    2 likes
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  16. Sep 10

    With , you can analyze radiation heat transfer as part of the convective heat transfer analysis type. Learn more:

    1 like
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  17. Sep 10

    How is cloud-based making a difference for engineers? We talked to our customers, and here is how they see the thermal management for their electronics evolve, and what they believe the future holds:

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  18. Sep 10

    SimScale’s online simulation software incorporates a range of features for testing, validating, and optimizing your designs. Learn more:

    1 retweet
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  19. Retweeted
    Sep 3

    Very happy to announce that we work with SimScale() that is our sponsor for this year

    1 reply 2 retweets 5 likes
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  20. Retweeted
    Sep 8

    We see a lot of interest in at - here's an example project showing a design improvement of an industrial blower:

    3 retweets 3 likes
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