| Login


« Return to Course Schedule

DSHplus Training

DSHplus is a simulation environment specialized on the dynamic non-linear calculation of complex hydraulic and pneumatic systems and components.

Fluidon is offering custom training for Altair customers of their DSHplus software.

Click below to explore the training opportunities available:



Getting Started (WEB)

Three workshops building on each other, lead from basic introduction into a simulation of a fluid technical mechatronical system up to advanced applications of DSHplus.

The main focus of the first workshop is on the daily work with DSHplus. By means of circuit diagram examples with practical reference the attendees learn to build up and parameterize a simulation model and to do basic simulations.After participation beginners are able to work efficiently with DSHplus and to master advanced applications on their own. Experienced users become familiar with sophisticated features like definition of new components and usage of interfaces.

Training Agenda

Theory
  • Survey of DSHplus
  • Fluid technical basics
  • Simulation of fluid technical systems
Methodical working with DSHplus
  • Project handling
  • Realization of the technical circuit diagram into a simulation model
  • Selection of suitable components
  • Use of catalogue data
  • Application of look-up tables
  • Choose of the right solver method
  • Post processing
  • Data exchange with Excel
Who Should attend?
Engineers who want to start with fluid power simulation.

Back to top


Getting Professional (WEB)

Three workshops building on each other, lead from basic introduction into a simulation of a fluid technical mechatronical system up to advanced applications of DSHplus.

Main focus of the second workshop is on effective working with the DSHplus simulation model and the DSHplus-STC. By means of examples you get to know how to automate the simulation and how to handle post processing of simulation results. Special emphasis is set to the method of modelling pipes and hoses and coupling DSHplus with other simulation tools. After participation beginners are able to work efficiently with DSHplus and to master advanced applications on their own.

Training Agenda

Automation and Analysis Modules
  • Parameter variation
  • Batch simulation
  • System optimization
  • Frequency spectrum und frequency analysis
  • System identification und eigenvalues
Models for Pipes and Hoses
  • Types of models
  • Field of application
  • Dynamical and numerical aspects
  • Evaluation of results
DSHplus Interfaces
  • Data handling, import / export functions
  • Basics of the DSHplus-STC
  • Application with Matlab/Simulink
  • Application with MBS programs
Who Should attend?
Engineers who have first familiarity in fluid power simulation.

Back to top


Getting Expert (WEB)

Three workshops building on each other, lead from basic introduction into a simulation of a fluid technical mechatronical system up to advanced applications of DSHplus.

Main focus to the third workshop is on user defined functions in DSHplus. These includes the source code of the simulation model, the definition of new components, the integration of user specific source code, and the application and adaption of DSHplus interfaces. After participation beginners are able to work efficiently with DSHplus and to master advanced applications on their own.

Training Agenda

DSHplus Library Components
  • Structure
  • Build-up of own components
  • Fault analysis / debugging
DSHplus Simulation Models
  • Structure
  • Setup of model source code
  • Fault analysis / debugging
DSHplus Interfaces
  • Component specific parameter dialogues
  • File filters
  • Application of Open-Interface-Functions
Who Should attend?
Engineers who have familiarity in fluid power simulation and want to implement co-simulate with other tools (MBS)

Back to top


Automobile Applications (WEB)

DSHplus is a simulation environment specialized on the dynamic non-linear calculation of complex hydraulic and pneumatic systems and components.

During this 1-day web-based training course, participants will learn more about simulation of typical and special automobile application and additional component libraries.

Training Agenda

A variety of typical automotive applications are modeled, calculated and analyzed. Special applications can be shown on request of the participants.

Who Should attend?
Engineers who have familiarity in fluid power simulation and develop and optimize piping systems.

Back to top


Aerospace Applications (WEB)

DSHplus is a simulation environment specialized on the dynamic non-linear calculation of complex hydraulic and pneumatic systems and components.

During this 1-day web-based training course, participants will learn more about simulation of typical and special aerospace application and additional component libraries

Training Agenda

A variety of typical Aerospace applications are modeled, calculated and analyzed. Special applications can be shown on request of the participants.

Who Should attend?
Engineers who have familiarity in fluid power simulation and develop and optimize automobile systems

Back to top


Piping Systems (WEB)

DSHplus is a simulation environment specialized on the dynamic non-linear calculation of complex hydraulic and pneumatic systems and components.

During this 1-day web-based training course, participants will learn more about simulation of piping systems and pressure oczillation analysis

Training Agenda

A variety of typical piping system applications are modeled, calculated and analyzed. Special applications can be shown on request of the participants.

Who Should attend?
Engineers who have familiarity in fluid power simulation and develop and optimize aerospace systems

Back to top


Pneumatic Systems (WEB)

DSHplus is a simulation environment specialized on the dynamic non-linear calculation of complex hydraulic and pneumatic systems and components.

During this 1-day web-based training course, participants will learn more about simulation of pneumatic systems and special component libraries.

Training Agenda

A variety pneumatic applications are modeled, calculated and analyzed. Special applications can be shown on request of the participants.

Who Should attend?
Engineers who have familiarity in fluid power simulation and develop and optimize pneumatic systems

Back to top



Upcoming Dates
No classes scheduled
Class is available
On Demand

Subscribe to join our Newsletter
Learn about product training, news, events and more.