Software Downloads

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PAM-COMPOSITES 2020.6
ESI PAM-COMPOSITES is a unique Finite Element (FE) simulation software package for the modeling of the manufacturing process of composite structural or non-structural components reinforced or not by continuous or non-continuous fibers. It addresses: structural components made of carbon, glass or nat...

CEM One 2021.0
In CEM One 2021.0 we have improved DMP/SMP efficiency with large industrial models. Following the previous V2020.1 release aimed at finalizing the migration plan towards the new generation of tools and the V2020.2 Special Version focusing on encryption, this brand new CEM One release is aimed at con...

PAM-COMPOSITES 2020.5
ESI PAM-COMPOSITES is a unique Finite Element (FE) simulation software package for the modeling of the manufacturing process of composite structural or non-structural components reinforced or not by continuous or non-continuous fibers. It addresses: structural components made of carbon, glass or nat...

SimulationX 4.2.1
ESI’s SimulationX® provides you with state-of-the-art technology in physical system simulation. As a single platform for modeling and analyzing dynamic system behavior, you can use it in various engineering fields. SimulationX allows you to fully analyze the interaction between your system’s parts,...

SimulationX 4.1
ESI’s SimulationX® provides you with state-of-the-art technology in physical system simulation. It can be used in many engineering fields, because it is based on the concept of a unique platform for modeling and analysis of dynamic system behavior. It allows you to fully analyze the interaction betw...

CEM One 2020.2
Model encryption is the key feature proposed with this CEM One 2020.2 release. This upgrade allows RADAR devices (or any other similar emitting component) to be integrated within the complete vehicle model, without disclosing sensitive CAD information (geometry or FE/FD mesh) or similar (material pr...

CEM One 2020.1
Featuring all major simulation techniques within a dedicated user environment, CEM One enables full Virtual Electromagnetic Testing of large-scale industrial models over a wide frequency spectrum, from radio to millimeter waves. Supporting engineers and experts in their daily challenge of designing...

CEM One 2020.0
Featuring all major simulation techniques within a dedicated user environment, CEM One enables full Virtual Electromagnetic Testing of large-scale industrial models over a wide frequency spectrum, from Radio to millimeter waves. Supporting engineers and experts in their daily challenge of designing...

CEM One 2019.1
Featuring all major simulation techniques within a dedicated user environment, CEM One  enables Full Virtual Electromagnetic Testing of large-scale industrial models over a wide frequency spectrum, from radio to millimeter waves. Supporting engineers and experts in their daily challenge of designing...

CEM One 2019.0
Featuring all major simulation techniques within a consolidated user environment, CEM One enables Virtual Electromagnetic Testing for large industrial models over a wide frequency spectrum, from Radio Frequency (RF) to millimeter waves. Supporting engineers and experts in their daily challenge of de...

PAM-COMPOSITES 2019.0
ESI PAM-COMPOSITES: a unique Finite Element (FE) simulation chain for the modeling of the manufacturing process of composites structural components and thermoformed acoustic and cosmetic multi-material components, such as automotive interior parts. PAM-COMPOSITES 2019.0 is composed of following app...

PAM-COMPOSITES 2018.5
ESI PAM-COMPOSITES: a unique Finite Element (FE) simulation chain for the modeling of the manufacturing process of composites structural components and thermoformed acoustic and cosmetic multi-material components, such as automotive interior parts. PAM-COMPOSITES 2018.5 is composed of following appl...

CEM One 2018.1
This CEM One 2018.1 packaging special Version (synchronized with Visual-CEM 14.0) consolidates the previous CEM One 2018.0 major release (made available early 2018), with a special focus on the brand new CEM-TD solver, now proposing the RESTART capability (details below) and the 3D3D chaining featur...

PAM-COMPOSITES 2018
ESI PAM-COMPOSITES: a unique Finite Element (FE) simulation chain for the modeling of the manufacturing process of composites structural components and thermoformed acoustic and cosmetic multi-material components, such as automotive interior parts. PAM-COMPOSITES 2018.0 is composed of following appl...

CEM One 2018
Synchronized with Visual-CEM 13.5, this major CEM One release consolidates previous Special Versions focusing on innovative key features for Automotive (CEM chaining with Pro-SiVIC and extended 3D3D coupling procedure). A brand-new product is proposed, namely CEM-TD, operating in Time Domain and dev...

PAM-COMPOSITES 2017.0
ESI PAM-COMPOSITES: a unique Finite Element (FE) simulation chain for the modeling of the manufacturing process of composites structural components and thermoformed acoustic and cosmetic multi-material components, such as automotive interior parts. PAM-COMPOSITES 2017.0 is composed of following appl...

CEM One 2016.2
After CEM One 2016.1 release dedicated to the chaining process with the Pro-SiVIC platform for advanced automotive RADAR sensors modeling, this CEM One Special Version includes various solver fixes, some extra versions not available so far and several key strategic upgrades aimed at taking full bene...

PAM-COMPOSITES 2016.5
ESI PAM-COMPOSITES: a unique Finite Element (FE) simulation chain for the modeling of the manufacturing process of composites structural components. PAM-COMPOSITES 2016.5 is composed of following applications: Visual-Environment 12.5 PAM-RTM Solvers 2016.5 PAM-DISTORTION Solvers 2016.5 PAM-FORM Solv...

PAM-COMPOSITES 2016.1
This release of PAM-FORM 2016.1 completes the PAM-COMPOSITES 2016.0 suite for the full chain of manufacturing process of composite structural components.

CEM One 2016.1
This release of CEM One offers one major innovative feature for the advanced Automotive RADAR sensors modeling. Starting from a standard 3D computation, the sensor is characterized through its radiation pattern first. This 3D directivity diagram defines then the input towards the Pro-SiVIC platform...