List of Training Courses

ProCAST - Sand Casting

Learn to use ProCAST to create the mesh and set-up for filling, and solidification in the case of Sand-Casting process.

QuikCAST - Die Casting

Learn to use QuikCAST to create the mesh and set-up for cycling, filling, and solidification in the case of Die casting process.

QuikCAST - Sand Casting

Learn to use QuikCAST to create the mesh and set-up for filling, and solidification in the case of Sand-Casting process.

Visual-Weld & Assembly - Automotive Spot Welding

Be able to translate the welding assembly process into a virtual model that can simulate this process and its effects. Understand differences in simulation concepts to support design engineering, early manufacturing engineering, and pre-series evaluation in decision-making. Be able to manage virtually assembly, repeatability, and assembly with sub-assemblies. Work with nominal parts, part shapes as manufactured & scanned parts. Be able to go from geometry to mesh to a simulation model to assess computed results. Be able to generate models that run stable, as fast as possible, still delivering accurate results

Visual-Weld & Assembly - Automotive Seam Welding

Be able to translate the welding fabrication process into a virtual model that can simulate this process and its heat effects. Understand the benefit of combining rapid distortion engineering and welding process validation to minimize engineering & response time. Understand requirements and values delivered of rapid distortion engineering for complex designs (get a first idea and provide a quick distortion response to designs, design changes, clamps, etc.), refinement of the engineering approach with localized process simulation, and necessary steps towards accurate process validation and accurate process validation of complex designs. Be able to go from geometry to mesh to a simulation model to assessing computed results and generate models that run stable, as fast as possible, still delivering accurate results.

Visual-Weld & Assembly - Truck-Ship-Aero-Heavy Seam Welding

Be able to translate the welding fabrication process into a virtual model that can simulate this process and its heat effects and understand the benefit of combining rapid distortion engineering and welding process validation to minimize engineering & response time. Understand requirements and values delivered of rapid distortion engineering for complex designs (get a first idea and provide a quick distortion response to designs, design changes, clamps, etc.); refinement of the engineering approach with localized process simulation, and necessary steps towards accurate process validation and accurate process validation of complex designs. Be able to go from geometry to mesh to a simulation model to assessing computed results and generate models that run stable, as fast as possible, still delivering accurate results.

Visual-Weld - Dissimilar Weld Integrity

Be able to translate the entire fabrication process into a virtual model that can simulate this process and its heat effects; model a complex fabrication process that includes cladding, heat treatment, welding, post-weld heat treatment, and machining; go from geometry to mesh to a simulation model to assessing computed results and assess computed temperature, phase transformations, distortion, and residual stresses. Be able to generate models that run stable, as fast as possible, still delivering accurate results and understand and apply specific modeling techniques (fast transient & instantaneous welding) to assess large 3D structures)

Visual-Weld - Heat Treatment

Be able to translate the heat treatment process into a virtual model that can simulate this process and its heat effects; simulate heating, carburization if required, quenching and tempering; assess computed temperature, phase transformations, distortion, and residual stresses; go from geometry to mesh to a simulation model to assessing computed results and generate models that run stable, as fast as possible, still delivering accurate results

Visual-Weld - Material Modelling

Understand material phenomena important for the modelling of the heat effects of welding & heat treatment. Understand which material properties are important to model heat effects of welding & heat treatment. Understand how to model material so that it can be used in a welding of heat treatment simulation. Understand how to generate own material databases starting from a public database

Visual-Weld & Assembly - Solver Parameters & Contacts

Understand contact modelling and how and when to use contact efficiently for rapid distortion and welding validation analysis. Understand solver parameters and its impact on performance and accuracy. Understand how to identify unhealthy simulations and how to get over it. Understand file structures and solution monitoring.

PAM-FORM - Composites Basic Training

Understand material models for dry textiles or prepregs. Be able to model, analyze results and optimize through simulation standard forming / thermoforming processes. Be able to identify required data and determine proper assumptions for simulations.

PAM-FORM - Plastics and Trims Basic Training

Be able to model, analyze results and optimize through simulation: Standard injection or infusion processes considering thermal effects including preheating and curing processes Be able to identify required data and to determine proper assumptions for simulations.

PAM-DISTORTION – Basic Training

Be able to model, analyze results and optimize through simulation - Standard injection or infusion processes considering thermal effects including preheating and curing processes. Be able to identify required data and to determine proper assumptions for simulations

PAM-RTM - Basic Training

Be able to model, analyze results and optimize through simulation residual stresses and resulting geometrical distortions. Be able to identify required data and to determine proper assumptions for simulations.

Visual-FORM - Introduction Training

Learn how to use the new Visual-FORM Graphical User Interface to create Thermoforming simulations with the new features.

PAM-RTM - Iso-Thermal Filling

Be able to model, analyze results and optimize through simulation standard injection or infusion processes performed at a constant and uniform temperature.
Be able to identify required data and to determine proper assumptions for simulations.

PAM-SMC - Basic training

Be able to simulate the whole SMC process and analyze and optimize the simulated results. This training will teach you to perform the preforming of initial charges and compression of them to optimize the initial position and initial thickness of the and predict some weld lines, fiber orientation, press force, temperature distribution and other variables related to SMC process to easily tune the process parameters.

Visual-Mesh for VPS - Basics

Learn how to use Visual-Mesh for VPS. Discover how to import, clean-up and mesh different geometries that can be used for crash, safety, statics, dynamics or NVH applications.

Visual-Crash PAM for VPS - Basics

Learn how to use Visual-Crash PAM to create a VPS model. Discover how to build a VPS model from scratch or modify an existing model. All the tools you will see are optimized for the solver functionalities, to improve productivity.

Visual-Crash PAM for VPS - Advanced

Extend your know-how with advanced options in Visual-Crash PAM. Lear how to use more advanced options and how to be more efficient in the creation and verification of your VPS model.