You might be familiar with Creo, PTC’s 3D CAD software. Engineers and designers use it to digitally create and update physical products. They can create geometry, organize parts into assemblies, form sweeping surfaces, and so on.
A 3D CAD model of an engine shown in Creo Parametric
Creo also includes simulation tools so that engineers can test how these models might respond to various physical loads and forces. That helps in optimizing products before they ever get past the computer screen. Because waiting to find flaws later, when models reach prototyping, manufacturing, or consumers, is much more expensive.
But while simulation capabilities can be invaluable, they tax computer CPUs and cost time.
For every change to the model, you have to run a simulation study and wait for your computer to churn out the results. It might work pretty fast, but multiply that by all the different iterations you could go through, and the seconds and minutes adds up.
Think shaving a millimeter from a rib might save some weight without compromising strength? Try it, and then wait for your simulation. How about a half millimeter? Wait again. Nine-sixteenths? You get the picture.
This is one way Creo Simulation Live is revolutionizing product design. Using technology first introduced by ANSYS, it makes simulation even more effective by eliminating that tweak-and-wait cycle.
Creo Simulation Live is a tool coming to Creo CAD software that lets engineers perform simulation in real time on a parametric model. “So every time you make a change in your model, you’ll see the consequences instantaneously in the modeling environment,” says Brian Thompson, SVP CAD Segment at PTC, in the video below.
No more waiting. And what about the load on your computer? Creo Simulation Live overcomes that by drawing memory from your system’s graphics card.
As a result, you just turn on Simulation Live with the click of a button and start working. “It’s as simple as that,” says Thompson.
In case the benefits of instantaneous simulation aren’t immediately obvious, Thompson explains how it might lead to better products all around.
“We think this is so easy, so effortless, and instantaneous, customers will be more apt to use simulation in the design process,” says Thompson. “More simulations will result in higher quality parts that are much more likely to meet their requirements.”
So now design engineers can so quickly optimize a design. They no longer walk away when the model is “close enough.”
Why not try real-time simulation yourself? You can be among the first to use this technology, even before the official release date.
Sign up for our Early Access program, and we’ll notify you as soon as the program launches. And here’s the best part—it’s free to join the program and try it out. Sign up now.