February 7th, 2018
Babak Gholami is SimScale’s Senior Fluid Mechanics Engineer with a Master’s in Computational Science and Engineering from Technische Universität München. He is currently finalizing his Ph.D. in Biomedical engineering.
At SimScale, he is responsible for the maintenance, development, and integration of Fluid Dynamics solvers and product features.
Babak is also the author of “How to Set Up Boundary Conditions in your Simulation“, a popular article on our blog.
I moved to Germany 8 years ago, I actually came here for my Masters, which is in computational science. It was a course at TUM that targeted many students from different branches of science and engineering to teach them the basics needed in order to contribute to one of the main paradigms of modern technology, which is interdisciplinary applications. Of course, working in such complex areas is closely tangled with knowledge of programming and simulation, which is exactly what we’re doing here at SimScale.
It was at the end of summer 2014. I was finishing my Ph.D. when a friend introduced me to SimScale. I loved the company’s idea and that is how I decided to join.
What I like very much is that it falls into the new trend of technology. In the past, you needed a lot of knowledge to start with an engineering simulation, but now you just need to get on the platform, learn the basics, and get started. Then you can go one step further and do something better. With SimScale, you really learn by doing as opposed to needing extensive training to begin.
SimScale is actually suitable for plenty of applications. From basic fluid flows (for pipelines, vehicle aerodynamics, compressible aerodynamics) and heat transfer simulations to many applications in solid mechanics — static and dynamics simulations, frequency analysis and so on.
You can combine them with thermal or mechanical coupling and have fluid flow interacting with structure, heat transfer with structural analysis, etc. It covers a good percentage of the applications that are possible to do simulations with. It is really difficult to put a limit to it.
We have to see the certain advantages that SimScale brings. I would divide them into two parts. You have those you get right away. First, a library of over 10,000 public simulation projects that is constantly growing. This means that as soon as you have an idea, an application you’re interested in, you can go there, have a quick look, and find a template that you can use. All public analyses are open, and you can go through the tiniest details and see how the simulations were performed; this is extremely valuable and can save you a lot of time.
On top of that, you are in touch with the people who have created the simulations. This brings advantages to both sides. They can interact and share their knowledge and experience. This community-based simulation know-how sharing is something you can only find in SimScale.
Then, since it’s cloud-based, you have the ability to work on the same simulation projects from different locations; it could be different teams within a company, different branches, or companies around the world. You don’t need to worry about transferring the data, security, or the huge amount of data that simulations typically produce. Everything is automatically taken care of, and you can focus on the work.
So, these would be the benefits you get from the start. And in the future, as the community grows, it will certainly bring further advantages. If you’re an engineering office, for example, at some point you will want to have a SimScale account. Not necessarily because you don’t use any other simulation software (especially if you need highly specialized software), but because everybody around you is using it. You cannot exchange ideas, work on the same projects, or enjoy new features if you’re not part of it.
First, they should decide what kind of simulation they’re interested in. The easiest way would be to have a look inside our library—the Public Projects—done by our engineers or the 80,000 users in the community. Copy any project they find interesting, go over it, see what parts they understand and which ones they don’t. For the latter, they should be able to find explanations in our documentation or ask the community members on the forum and discuss the projects in the comments section.
They can gradually change parameters, run the simulation, and see if it gives the desired results. They should take small steps, but continuous ones. After one or two days, they’ll have a completely new simulation.
Tutorials are one of the resources to start in the first steps, but since their number is limited, some users might not find the application they are interested in right away in the tutorial. If they do, of course, it is better because it is a guided tour to learn the basics.
Otherwise, they should go through the Public Projects and follow the most active discussions in the forum if they are related to the project they are interested in. If not, they should just create a new topic and they will get the answers they need.
Well…everybody. People who want to use simulation software professionally, who want to do numerical analyses, collaborate on their simulation with others and make something that they can present on an industrial level to make money out of it. These are the users who prefer the Professional account because they can keep their simulations private, while still enjoying the collaboration possibilities and accessibility through the cloud.
Then it continues to students, the ones who have some simulation knowledge but are still beginners. They already know what applications they want to use a simulation platform for or they’re looking to extend their knowledge and apply it to more complex cases; and, of course, sharing these ideas with the people in the community.
I would like to also mention those who simply like to learn something new and enjoy it as a hobby. In our case, this new thing could be turned into a way to make a living. I’m very glad that we have many users in this category as well.
In the end, anybody who is interested in improving their product designs and properly testing them should give it a try. We provide plenty of free learning resources to help them get started.
There is a changing trend. In the simulation field, we didn’t have open source software like OpenFOAM so dominant as they are today. More features are being added, people find cases for which they use this software; sometimes cases that cannot be done with other packages. It’s not going to be a sudden shift towards SimScale to be specific, but it does happen, gradually.
Also, when you learn to work with SimScale, you’re not locked in. Whatever skill you learn on SimScale can independently be used with other simulation products.
Another crucial point is that many of the students and young professionals are looking to start their own businesses, they want to work on their own projects, and develop them from scratch. Learning a platform like SimScale gives them this possibility. They can’t spend $50,000 buying these on-premises packages and hardware that are not going to have a return on investment right away. This is where we offer a lot of flexibility, allowing customers to pay only for what they need. We offer the flexibility they need because once they try SimScale, it’s impossible not to like it. Or at least this is what our users say.
Our team is fantastic! I have worked with different groups before both inside the university, in companies, and in different parts of the world. And I would say if not the most, this is one of the most creative teams I’ve worked with. We have people with completely different backgrounds that are very capable of working together and learning from each other.
Apart from that, I think we have many people that are technically very strong; inside SimScale or not, they are strong in their own field; not just on the industrial, professional level, but also on the academic side, they have a lot to contribute.
If you’re interested in reading more about what makes SimScale unique, you might like this interview with David Heiny, Co-Founder and Managing Director at SimScale. Or watch one of his webinars below.
Subscribe to the SimScale Blog
Your hub for everything you need to know about
simulation and the world of CAE