Faster Decision Making Through
Faster Simulations
Pearl CAE is an industrially-ready AI-based tool for rapidly predicting CAE results. It allows you to more easily set up and run digital simulations, in turn allowing you to quickly evaluate conceptual designs.
Reduce Complexity
Pearl CAE can learn from your existing simulation data to inform new conceptual designs.
Increase Productivity
With Pearl CAE you can predict simulation results many times faster than using FEA.
Break Free
Empowered with the ability to more completely explore your design space.
Fast, Accurate Engineering Simulations
Pearl CAE is industry agnostic, providing value where digital simulations are used in the design and manufacture of products. It's evolution started as a tool to speed up non-linear structural analyses in the automotive industry for problems that include:
- Large scale plastic deformation
- Impact dynamics
- Contact Problems
Its evolution continues with applications across many industries and applications.
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Industries
Pearl CAE is a tool that can be used in any industry that relies on designing in the virtual world. It is a framework that is well suited to help engineers speed up complex and time consuming simulation workflows. It can learn from your existing simulation data to inform new conceptual designs across several industries, including:
Consumer Electronics
Consumer Packaged Goods
Transportation & Mobility
Customer Experience on Social Media
There is a growing emphasis in the Transportation & Mobility sector on designing components and assemblies virtually. Designers are focused on predicting the performance of structures using commercial finite element packages. These tools are used to explore various features within a component or assembly and reduce the amount of physical testing required. There are several trends in the sector that require a large number of complex simulations leading to substantial computational and time requirements. These include:
- Electrification of vehicles
- Vehicle lightweighting
Customer Experience on Social Media
There is a growing emphasis in the Transportation & Mobility sector on designing components and assemblies virtually. Designers are focused on predicting the performance of structures using commercial finite element packages. These tools are used to explore various features within a component or assembly and reduce the amount of physical testing required. There are several trends in the sector that require a large number of complex simulations leading to substantial computational and time requirements. These include:
- Electrification of vehicles
- Vehicle lightweighting
Customer Experience on Social Media
There is a growing emphasis in the Transportation & Mobility sector on designing components and assemblies virtually. Designers are focused on predicting the performance of structures using commercial finite element packages. These tools are used to explore various features within a component or assembly and reduce the amount of physical testing required. There are several trends in the sector that require a large number of complex simulations leading to substantial computational and time requirements. These include:
- Electrification of vehicles
- Vehicle lightweighting
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