Visual-Crash is a dedicated environment for crash simulation.

Visual-Crash helps engineers get their job done in the smoothest and fastest possible way by offering an intuitive windows-based graphical interface with customizable toolbars and complete session support.

For PAM-CRASH users, Visual-Crash PAM allows you to focus and rely on high quality digital models, from start to finish as it addresses the coupling with competitive finite element or rigid body based software. Visual-Crash also addresses other solutions in the market by processing input-output for LS-Dyna, MADYMO and RADIOSS. This very open and versatile environment simplifies the work of CAE engineers accross the enterprise by facilitating collaboration and data sharing.

Leveraging this user environment, a visualization and plotting solution helps analyze result data within a uniform interface.

Benefits:

• A single complete solution for crash, Impact and Safety applications.
• Management of large data models
• Fast iteration and rapid model revision process.
• Versatile environment allowing easy implementation of new applications.
• Easy coupling with tier solutions thanks to process builder modules.
• Quick customization thanks to an access to dialogs and database for scripting

Visual-Mesh generates 1D, 2D and 3D elements at your fingertips for any kind of simulation. 

Visual-Mesh provides automatic and guided surfaces clean up, application specific mesh generation and intuitive post mesh editing features.

Focus on building high quality digital models for all commonly used solvers and all popular CAD and solver data formats.

Visual-Mesh generates simulation specific meshes for Manufacturing, Computational Fluid Dynamics (CFD) and Crash, Impact and Safety applications in order to achieve the best possible quality result in combination with the shortest possible simulation time.

Benefits:

• Automated surface clean up,
• Increased productivity thanks to mid-surface creation and meshing
• Reduced learning curve and training overhead with the intuitive guided mesh process
• The use of a single mesh for multiple solver application.

Visual-Viewer is a complete, productive and innovative post processing environment for CAE applications.

Visual-Viewer delivers a dedicated plotting and animation control solution.

It offers a multi page, multi plot environment, allowing you to group your data into pages and plots.

It is designed with a Windows GUI based on an intuitive and sleek user interface.

It is fully command-driven, supports session files and templates.

It boosts the productivity of CAE engineers thanks to automated tasks and customized reports.

Visual-SEAL is a complete and fully integrated solution addressed to seal designers to rapidly evaluate seal systems and closure designs.

Visual-SEAL enables designers to simulate compression deformation of seals in a few minutes.

Typical returned results are: deformed shape under door compression, stresses contours, compression load force curve (CLD), sealing pressure.

Benefits:

• Visual-SEAL helps reduce product development time cycle by providing realistic performance to optimize multiple seal concepts in packaging requirements
• Open to all CAD systems, Visual-SEAL offers an intuitive process-driven interface that requires minimal user training and accomodate users of any skill level.
• Elimination of physical tests with rapid and early design evaluation
• What-if studies on materials, cross-sections, insertions, bonding and intrusions.

Visual-Process Executive is an advanced CAE environment for process customization and automation.

With Visual-Process Executive, engineers gain productivity and save time on CAE modeling.

It simplifies and automates repetitive tasks by process guidance approach. The process templates customize any regulatory CAE procedure and capture corporate best practices.

The environment’s state-of-the-art process execution methodology allows you to build the model automatically and/or semi automatically for consistent results and standardization.

VisualDSS is an End-to-End Decision Support System for CAE.

Manufacturers widely resort to Simulation-Based Design to gain a competitive edge in product development.

With VisualDSS, ESI delivers the most advanced End-to-End Decision Support solution to further leverage enterprise best practices and increase the value of simulation.

VisualDSS is an open environment enabling you to:

• Build and manage simulation models for multi-domain usage
• Automate project workflow
• Manage simulation content and data

Vdot™ is an Integrated Platform for Project Planning, Execution and Management.

Vdot™ saves time and money by providing your organization with a powerful and flexible process modeling and execution platform for team collaboration.

Vdot™ increases your visibility and velocity, helping you accelerate the capture, deployment and execution of key processes for rapid improvements in efficiency and quality.

Vdot™ graphical process models are easily created by process owners themselves without the need for extensive training. They include detailed information flows which enable Vdot™ to orchestrate the execution of your processes directly from the models, without any coding.

If changes to the plan become necessary the platform is very flexible in enabling the project members to easily adapt their processes. These changes are then instantly included in the management summary information.

Vdot™ provides the increased visibility and flexibility you need to increase your team’s velocity and efficiency.

PAM-OPT is the solution to optimize and automate costly and time-consuming trial and error design and manufacturing. 

When following the conventional approach, engineers iteratively use simulation or analysis software to check design performance. Once this is completed, they move on to analyze the results, make decisions, change the model and check again the new design until an optimal solution is reached.

PAM-OPT automates this loop, handling the decision-making concerning design changes and the job submission process on a network of computers.

PAM-OPT uses a series of algorithms which make decisions relative to design changes. PAM-OPT manages compute model parameterization, and launches pre-processing, solver and post-processing software modules.

By leveraging available computer and manpower resources, PAM-OPT helps manufacturers design better products with a reduced time-to-market.