CAEPIPE - Part 1

During the training, we get used to the CAEPIPE GUI and handling of everyday piping analysis and evaluations using EN13480. The next step is CAEPIPE - Part 2.

CAEPIPE - Part 2

During the training, we dig deeper into the possibilities of CAEPIPE. The scope of the training is efficiency and effectiveness in the use of CAEPIPE.

CAEPIPE - Dynamics

During the training course CAEPIPE Dynamics, we will cover the most common fields of dynamic analysis for piping systems as calculation of eigenfrequencies, dynamic susceptibility analysis, spectrum analysis, harmonic analysis, and general transient time
history analysis.

ROHR2 - Part 1 

During the training, we get used to the ROHR2 GUI and handling of everyday piping analysis and evaluations according to EN13480. Next course is ROHR2 - Part 2

Buried Piping - EN 13941

During the training, we explain the analysis details and why it could be difficult to meet the stress criteria according to EN 13941. An essential part is realistic examples and how to avoid oversizing of components.  

Rohr2 - Dynamics

During the training course Rohr2 - Dynamics, we will cover the most common fields of dynamic analysis for piping systems as calculation of eigenfrequencies, harmonic excitation, earthquake analysis, water hammer, and general transient time history analysis.

Customized training courses 

Sometimes it is more effective to customize the content of your training.

For further information regarding alternative training courses, read more here

You can also contact us directly for a discussion, contact 

ROHR2 - Part 2

During the training, we dig deeper into the possibilities of ROHR2. The scope of the training is efficiency and effectiveness in the use of ROHR2.

ROHR2Fesu - FEM Module

You will learn how to analyze components not covered by any code via FEM. You will learn how to define and input geometry for components in your global line model and how to handle and interpret results. You also will be informed of the limitations of the module.

ROHR2Fesu - FEM Module

During the training, you will learn how to model an intermeshed piping system in both 2D and 3D for steady-state flow- pressure drop and heat loss analysis. Furthermore the setup of load cases, the definition of fluid properties, and how to evaluate results and create basic
automated reports

ROHR2flange

The course is aimed at those of you that want to get more out of the Rohr2flange module.
We will also cover the limitations of the module and how to create professional reports.