If you have already purchased a copy of Spaceclaim, you may qualify for special pricing with a purchase of Discovery. This assures reliable, faster simulation processing for years to come.Īnother reason why producing a simulation is so quick is because simulation speed in Discovery depends on the volume of the part’s geometry, not its complexity.ĭesigned as a companion to Ansys Spaceclaim (3D modeling software), a purchase of Ansys Discovery includes the latest version of Spaceclaim. Basing the production of the simulation on the GPU is more reliable than basing it on the CPU because graphics card processing speeds have surpassed the current computational power of CPUs.
With Ansys Discovery, you neither need a high performance computing setup nor need to wait days to see your results.ĭiscovery Live can easily switch between physics - from the external airflow around a vehicle to the mechanical stresses on the same vehicle - in seconds.Īnsys Discovery produces simulations in seconds by using the power of your computer’s graphics card (GPU), rather than your central processing unit (CPU). Traditional simulation software often requires an advanced computing setup and can take hours, even days, to produce a single simulation. Designed for shops that don’t have a dedicated System Analyst Engineer, Discovery allows engineers to focus more on the design and physics of prototyping, rather than fussing with setting up the simulation software. You don’t need a dedicated simulation analyst or advanced engineering education to run Ansys Discovery. The level of interaction and quick responsiveness of this program gives the user more room to quickly explore different variables, while the design is still in its digital stage, giving the engineer more room to perfect a product. The user can even set up multiple design point studies and have them assessed simultaneously. The physics and design in a simulation can be altered, while the simulation is running, without any hiccups. The user can choose the way results are displayed, such as this streamline representation of gas flow through a pipe.
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