List of Training Courses

SimulationX - Basic Training

Learn about and understand the basic aspects of system modeling. Get an insight into the functional range of the software and learn interesting facts about the possible applications for modeling, simulating, and analyzing complex technical systems.

SimulationX - Advanced Modeling

Learn more about the flexible modeling capabilities in SimulationX to build user-adapted models with more complexity or own model libraries.

SimulationX - Methods for Calculations and Analyses

Learn more about the calculation and analysis tools in SimulationX. Learn to analyze and optimize the simulation performance of own models.

SimulationX - Mechanics 1D

Learn about modeling concept in 1D as well as the basic features of several important 1D mechanic elements, which are also used in other domains in SimulationX. Develop your own 1D elements based on standard elements as, e.g., nonlinear spring-dampers.

SimulationX - Multi-Body Systems

Learn about MBS (Multi-Body System) mechanics, understand the library, and practically apply the modeling concept with examples.

SimulationX - Hydraulics

Learn to demonstrate the content and the modeling concept of the hydraulics library. Numerous examples will show how to model and analyze valves, hydraulic drives, end cushioning of cylinders, and proportional directional valves easily and quickly in SimulationX.

SimulationX - Pneumatics

Learn to model pneumatic valves and drives, clutch actuating systems, pneumatic handling equipment, as well as mixtures of different gases within SimulationX.

SimulationX - HVAC & Power Generation

Learn to design, build, and analyze models with heat and fluid flows. Learn to familiarize yourself with the libraries in SimulationX, which are suited for application in the field of HVAC, power generation, and heat transfer.

SimulationX - Green City

Learn about the modeling and simulation of building complexes and smaller city quarters regarding the heating, cooling, and power supply, including electromobility, within SimulationX.

SimulationX - Dynamic calculations of belt conveyors

Learn about the possibilities of SimulationX for modeling, simulation, and analyzing the dynamic behavior of belt conveyors.

VA ONE - FE-BEM - General Applications

Learn to perform acoustic environment qualification. The course aims at mastering the finite element (FEM) and boundary element modules (BEM) for vibroacoustic simulation applications. Learn how to ensure your model accuracy by learning about the best modeling guidelines and practices.

VA ONE - FE-BEM for Space Structural qualification

Learn to perform acoustic environment qualification for space structures. The course aims at obtaining the vibration response, dynamic stresses, or internal cavities acoustic levels for components, entire payload, or launch vehicle subjected to a launch environment.

VA ONE - SEA - General Applications

Learn how to use VA One SEA module to solve high frequency vibroacoustic problems where deterministic methods cannot be used.

VA ONE - SEA for Automotive Applications

Learn how to build a SEA model of a car and perform sound pack analysis.

VA ONE - SEA for Aerospace Applications

Learn to model launch vehicles and aircraft using Statistical Energy Analysis. The course will cover the fundamentals of SEA and model construction focusing on a launch vehicle and an aircraft. Noise control treatment design and applications will also be part of this course.

VA ONE - Hybrid modeling

Learn how to use the FE-SAE hybrid method to solve vibro-acoustics in the mid-frequency range.

VA ONE - Ray Tracing

Understand the theory and applications of the ray tracing technique. Design and analyse using the ray tracing module of VA One to solve acoustic problems.

NOVA - Noise Control Treatment Simulation

Learn to simulate and optimize the performance of different noise control treatment lay-ups using the transfer matrix method. Obtain specific metrics such as transmission loss and absorption for a given treated panel.

FOAM-X – Porous Material Characterization

Learn to post-process impedance tube data to characterize Biot parameters in foam samples.

VPS Explicit - Basic Crash Modeling

Learn about and understand the basic aspects of crash simulations. Discover how to set up a simple component crash model step by step with all essential options, evaluate the results, and confirm their plausibility.