EAC’s been in the engineering and design technology world for a long time. Over the years we’ve carefully cultivated our product portfolio to meet the ever-changing needs of people and companies that design, manufacture, and service products. Our partnerships with PTC and ANSYS allow us to offer a few different design simulation and analysis solutions to our customers.
Design simulation, Computer Aided Engineering (CAE), Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), and many other terms all fall into the “simulation and analysis” bucket. These tools help engineers and designers create virtual prototypes of their products. This helps groups rapidly prove, or disprove, design ideas in a digital space – reducing the time and money spent on physical prototypes, and increasing confidence in designs.
“If you’ve seen one, you’ve seen ‘em all” does not apply to simulation software. Different tools offer different benefits, accuracy, speed, and ease-of-use. Here’s a quick overview of some of the tools we offer. Contact our sales group to learn more about pricing, full capabilities, and packaging.
Option 1) PTC Creo Simulate
Simulate is a fantastic tool that’s fully integrated into PTC Creo Parametric CAD software. It offers fantastic meshing capabilities and accurate simulation results directly within a user’s familiar CAD software interface. All you need to do select the PTC Creo Simulate tab and you’re off and running. This is great for designers and engineers looking to test the stresses and loads under which a product will operate in ‘real world’ conditions. Based on your simulation and analysis results, you can either fix design flaws or forestall them. If you’re already using PTC Creo you should explore PTC Creo Simulate. Because, why would you ever manufacture a product without testing and analyzing it first? Creo Simulate comes in two flavors – Simulate and Advanced Simulate. They come with two different price points. One or the other might be the best option for your company. It really comes down to whether you need to simulate materials with linear or non-linear properties.
Option 2) ANSYS Discovery Live
ANSYS Discovery Live blows my mind. This tool was released in late 2017 and delivers functionality never seen before. Discovery Live uses ANSYS Discovery SpaceClaim to pull in IGES, STEP, and CAD models. Then the interface guides users through applying materials and some constraints – and Boom! It runs the simulation…in real-time…right in front of you. I’m talking about the ability to run wind-tunnel testing in real-time! Discovery Live is different from PTC Creo Simulate and most other simulation tools. It uses the Graphics Card (GPU) to run the simulation. This means it doesn’t occupy your core processor and RAM to while solving. You get better computer performance and instantaneous results for structural, thermal, fluid flow, wind tunnel, structural/fluid interaction, and more. Discovery Live is a great tool for engineers and designers that want to test a lot of design options quickly. The price is incredibly reasonable for a tool this powerful. You can see pricing and compare Discovery Live to AIM here.
Option 3) ANSYS Discovery AIM
Sometimes simulating real-world conditions requires more features and control than tools like PTC Creo Simulate, Solidworks Simulation, or Discovery Live might offer. ANSYS Discovery AIM is a great option when that’s the case. ANSYS Discovery AIM is a “multi-physics” simulation tool. What does that mean? Multi-Physics or Multiphysics refers to the ability to combine properties and solvers to simulate product usage. “Physics” in the simulation world refers to the kinds of simulation you are running – e.g. electromagnetic, thermal, structural, radio frequency, fluid flow, etc. AIM is a workflow driven multi-physics tool. It guides users through the steps necessary to complete a successful simulation. This is the perfect option when companies want a robust solution, but may not have experienced analysts on staff. Much like how PTC Creo Simulate maintains a familiar interface to make simulations easier; AIM uses guided workflows to make detailed upfront simulation accessible to engineers and designers.
Option 4) Dedicated ANSYS analysis software
When product simulation and analysis goes to the next level you need the ANSYS flagship products. These are sometimes known as the ANSYS Workbench products. Unlike PTC Creo Simulate or the Discovery software, each of these tools focus on one area of simulation…and deliver results you can take to the bank (or the regulatory agency). They are more complicated and come with a higher price point, but the results are unmatched. ANSYS’ comprehensive software suite spans the entire range of physics, providing access to virtually any field of engineering simulation that a design process requires. Organizations around the world trust ANSYS to deliver the best value for their engineering simulation software investment. If you need to test a specific physic – fluids, structures, electronics, semiconductors, or embedded software – this is the option for you. Contact us to learn more about a specific solution’s pricing and functionality. Also, if you’re a start-up make sure you ask us about special offers available through the start-up/entrepreneur program.
So there you have it. My layman’s take on a variety of simulation options. I hope you found this helpful. Please reach out to us if you have any questions or would like to see a demonstration of any of these tools.
Did you know you can test and simulate designs in a matter of seconds, with just a few simple parameters? You can. Take a look at the video at the top of this post. That’s not magic. It’s Discovery Live. In this video ANSYS runs simulations on 4 design ideas in about 20 seconds!
Engineers and designers constantly need to test new designs and changes to existing designs. Running complex simulations and building physical prototypes is expensive and takes a lot of time. It can slow down the design process and force engineers to jump in and out of a projects. Modern simulation tools help you speed up your design process, validate designs, and save time.
ANSYS coined the phrase “engineering at the speed of thought.” It’s a little corny, but it’s pretty accurate. Engineers and designers can save a lot of time by immediately testing design iterations to quickly define good ideas, and rule out bad ones. How much time could you save by running simulations upfront in the design process?
Discovery Live is perfect for all engineers and designers – whether or not you’ve used simulation before. You can learn more about Discovery Live here. You can also start a free trial if you want to try it out for yourself (you’ll just need to create an account with ansys.com). All it takes is a computer with a modern NVIDIA graphics card that has at least 4GB of RAM. Check it out. Compare ANSYS Discovery packages/prices here. We partner with ANSYS to provide solutions like Discovery Live to people like you – Contact us to learn more.
Want more? See it in action during this 28 minute ANSYS Discovery Live (and AIM) demonstration video.
Engineering simulation is the key that will unlock your future innovation. It is the quickest way to validate and optimize designs. These software tools are no longer obscure systems that require specialized skill sets.
Some engineers and designers still shy away from simulation software, but that is quickly changing for two reasons.
1) There have been many improvements to CAD embedded tools like Solidworks Simulation and PTC Creo Simulate.
2) Companies like ANSYS have created easy-to-use upfront simulation tools like AIM and Discovery Live.
This article was written for the people hanging on to outdated misconceptions about engineering simulation. It’s time that everyone realized a few things.
The tools have gotten easier to use and processing power has become more accessible. This has begun to make it easier for engineers to run simulations. It doesn’t take a doctorate or a dedicated super-computer-workstation.
Due to the advancements in technology, eventually every engineer in every industry is going to be able to use engineering simulation. In fact, it could get to the point very soon if you are not using engineering simulation as part of your workflow; you could get left behind. It’s really that much of a competitive advantage when it comes to solving problems quickly.
Engineering simulation no longer needs to be looked at as something scary or complex. It has transformed into something that can be fast, easy to use, and affordable.
Take a look at the ANSYS Discovery product lines for example.
These new engineering simulation tools offer all engineers and designers a fast, simple way to create better products.
The discovery product family is a suite of tools that are designed to put simulation in the hands of every product development engineer. The Discovery family includes; Space Claim, Discovery Live, and Discovery AIM.
Space Claim is a direct modeling tool that provides the ability to quickly edit designs and repair geometry within CAD files. It’s bundled with Discovery Live and AIM to provide an easy way to simply geometry and perform quick design experiments.
Discovery Live is truly an instantaneous simulation tool that is designed for rapid design iterations. You won’t believe until you see it! Real-time concept exploration. No waiting, just results. Make a chance to your design and see simulation results update before your eyes.
Check out our demo on Discovery Live. There’s no “demo magic” here. You’ll see our engineers adjust geometry on-the-fly and quickly run simulations on several changes in a matter of minutes (We often blow people’s minds with this.)
Discovery AIM Complete simulation, driven by an intuitive guided workflow. In-depth concept and design analysis without any coding or guess work. This a high-fidelity tool that provides an entry point into the full power of the ANSYS platform. This multi-physics tool provides a high level of control and the ability to create your own meshes. With AIM’s combined physics workflows your team could easily evaluate how fluids and structures interact. You could look at electric conduction, stress analysis, and even add in additional contacts for assemblies you may want to observe.
The ANSYS Discovery product line really makes simulation accessible. Even an industrial designer that may not have a lot of engineering specific knowledge could use these tools to quickly optimize designs and validate design A versus B (or C, D, E, F, etc. if they feel so inclined).
These basic easy-to-use, affordable tools provide engineers with an entry into using simulation as a part of their workflow.
Don’t believe me yet? Watch this short video to see it for yourself.
Designers and engineers need to quickly create and validate design concepts/changes to understand the impact they have on a product or process. Some simulation tools require specialized computers and can make it difficult to successfully setup and execute simulations. That is not the case with Discovery Live and its task-based intuitive workflow and solving engine!
Discovery Live is true to its namesake. It helps engineers and designers run upfront design level simulations live, in real-time, leveraging the power of modern graphics cards. This allows people like you to quickly optimize geometrical features and explore variations in geometry and operating conditions.
This toolset helps engineers and designers optimize designs variations prior to the creation of physical prototypes or passing their designs to dedicated analysts for details analysis – dramatically cutting down on design cycle time. This is a new chapter for product design.
So, what does the speed of ANSYS Discovery Live mean for you? It means finding design performance, and experimentation on the most complex models is available and instant. It means no problems with model integrity, or things like meshing, as you see immediate insight and trends into your designs. It means having an interactive simulation experience where you test your ideas in real-time. Discovery Live is the low-cost upfront simulation tool providing the insight you need at the speed you demand.
See it in action during this 28 minute ANSYS Discovery Live (and AIM) demonstration video.
All great discoveries and inventions begin with a vision. A vision to make a better product, solve a unique problem or make life easier in some capacity. For centuries scientists and engineers have made tremendous progress in discovering scientific phenomena, or in solving technological challenges. I could write extensively about many of those inventions and discoveries, but there is one I would like to highlight.
In 1928, a Scottish biologist named Alexander Fleming returned to his lab from vacation. As he was sorting through some petri dishes he noticed something unusual. One particular dish had several colonies of bacteria and a cluster of mold. However, there was no bacteria growth near the cluster of mold. Although he did not realize the magnitude of his observation at that moment, he would later be credited with discovering the first lifesaving antibiotic, which he called penicillin.
“When I woke up just after dawn on September 28, 1928, I certainly didn’t plan to revolutionize all medicine by discovering the world’s first antibiotic, or bacteria killer,” Fleming said. ”But I suppose that was exactly what I did.”
Why is this story so intriguing? Because Fleming’s discovery was not what he was originally searching for. He was looking to do extraordinary work in his research, and spent countless hours experimenting and testing, only to make a monumental discovery by accident. What other breakthroughs and discoveries are out there, undiscovered due to limitations on time and cost of experimentation?
Think about all the other discoveries and inventions throughout history, and the time commitment involved in perfecting a product. Imagine where we would be today if the brilliant scientists and engineers before us had more sophisticated engineering tools to assist in developing their breakthroughs.
Now think about the vision of ANSYS technologies – Realize Your Product Promise. ANSYS makes advancements possible that might not have been discovered before. The engineering simulation technology that so many engineers use promotes better product designs through faster and more extensive virtual testing and experimentation. Do you ask yourself, “What happens if I change this variable or what if I adjust this input.. how will that affect my design performance?”