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Was ist SimScale?
SimScale ist Bestandteil des Design-Validierungsprozesses für Tausende erfolgreiche Unternehmen und mehr als 100.000 einzelne Nutzer weltweit. Es wird vor allem von Produktdesignern und Ingenieuren genutzt, die im Bereich AEC (Architektur, Engineering und Bauwesen), HLK (Heizung, Lüftung und Klimaanlage), Unterhaltungselektronik sowie Verpackungen und Behälter arbeiten und SimScale zur Prüfung und Optimierung ihrer Konstruktionen in den frühen Entwicklungsstadien verwenden.
Wer verwendet SimScale?
SimScale ist Bestandteil des Design-Validierungsprozesses für Tausende erfolgreiche Unternehmen weltweit in Branchen wie AEC, HLK und Elektronik.
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SimScale
Bewertungen über SimScale
Detailed & Easy
Vorteile:
I am an OpenFOAM user and I like the freedom it gives the user to play with the parameters. SimScale offers the same level of freedom but with an interface that's simple and effortless to handle. Since it is cloud-based there isn't any need to download it and even the free version provides a lot of computing hours.
Nachteile:
I am still exploring the software and have enjoyed every bit of it. I would appreciate if the tutorials emphasize more on the values used while mesh refining as well as Numerics and Simulation Control.
A good CFD tool
Kommentare: It is a very good tool. The support is excellent. They are very responsive and get back with solutions to the issues. The tool is still under rapid development and is only likely to add more features with time.
Vorteile:
SimScale has made a cloud native simulation platform that works seamlessly. Importing CAD from OnShape is extrememly easy, while you also have the option of importing from your computer. Setting up simulations is extremely easy and it is convenient to setup the default cases very quickly. It takes a bit more effort to figure out how to change away from the defaults and incorporate approaches which are no pre-built. The post processing is also quite easy. You can also download the results and post-process in ParaView which is very helpful and opens up lots of options.
Nachteile:
Although the integration with OnShape is extremely good, it requires a separate license. A small set of CAD features within SimScale would be very helpful. All of the post processing is visual. The ability to output certain results in tables / plots would be helpful. A measuring tool within the simulation domain would be very helpful. When setting boundary conditions, it is sometimes very useful to have a measuring tool to get a idea of some dimensions.
CFD + Customer Service need work
Vorteile:
Speed Ease of use/understanding Complete control; SimScale has built-in options that allows more advanced users better control Customer support responds quickly
Nachteile:
I worked on a project evaluating SimScale for use in a professional setting and the software was unable to provide accurate results for a simple CFD simulation that I worked on with customer support for quite some time. They were responsive, but seemingly unable to find any issue with my solution that would only converge with unreliable results, if at all. Soon, they stopped responding. It just looks like the implementation of OpenFoam for CFD and the support staff are not at the level they need to be for SimScale to work for us right now. Hopefully things will improve in the future!
Antwort von SimScale
vor 7 Jahren
Dear Mark, Thanks a lot for your feedback! I am sorry to hear that you didn¿t have a positive support experience. We treat the success of our customers as our success. So we aim at answering all user questions with effective solutions that help them get the job done faster. It seems like we didn¿t achieve that in your case. After a review of the support logs, it looks like this is what happened: Our support team answered via the live chat but you were already offline. Then the automatic follow-up email that is sent in case a user doesn¿t read the chat message wasn't sent out. This is currently being investigated to ensure it doesn¿t happen in the future. In case you¿re willing to give SimScale a second chance, our support team would love to help you be successful with your next CFD project. If there is anything in addition we can do to help remedy your experience, feel free to reach out to me directly. All the best, David Heiny Managing Director and Co-Founder of SimScale
In Betracht gezogene Alternativen:
Cost effective solutions in a rapid manner
Kommentare: Overall, my experience has been great with SimScale. I've been able to either work through challenges myself using the readily available documentation or as a last resort reach out to the customer support for a quick resolution.
Vorteile:
SimScale is easy to implement since it is entirely web-based. Not IT restrictions or limitations as you might experience with other similar software. There is a tremendous user community and the customer support is excellent. The workflow in SimScale is linear and easily understood by users even with limited experience. The help files and documentation often help resolve any problems you might be experiencing with the simulations.
Nachteile:
In my field dealing with pressure vessels and piping, it would be beneficial to have a way to model cracks in order to predict propagation that would align with Level 3 FFS assessments.
Good for Thermal Mass Transfer and High Velocity Gas Flow Analysis
Kommentare: I have improved, explained, or discounted a number of my designs with the help of SimScale. SimScale's strength is in CFD and Thermal Analysis.
Vorteile:
Good support, tutorials and worked examples. SimScale is quite good for the casual user and the mathematics is well hidden. The default Numerics seem to work most of the time.
Nachteile:
In my opinion the software is still a work in progress, especially the interface, but this is good in a way because there are always new improvements appearing.If the CFD default Numerics do not work the settings can quickly confuse and without support from the Simscale Support team I would worry. To increase the user base of CFD someone has to come up with more obvious terms and explanations in this space, e.g. when is it best to use Gauss Linear Limited Corrected instead of Gauss Linear Corrected? This is true of most CFD tools that I have experienced.