Subcategories
Good training puts you in a position to understand difficult relationships and to use simulation effectively. The trainer can become an important contact person who will continue to support you. We offer training, workshops and individual training courses for designers and engineers in all areas of SIEMENS Simcenter applications. At Dr. Binde Ingenieure GmbH you will find committed and qualified experts who will pass on specialist knowledge and experience from industrial, development and research projects to you in the training courses. Due to the many years of experience of our engineers, we have been able to continuously improve our training concept and are able to adapt the training courses efficiently and tailor-made to your requirements and wishes.
Description
Fiber composites offer very high strength despite their low weight. For this reason, the number of applications is growing steadily. The cost of prototyping and the number of tests can be kept low if the components and assemblies are analyzed with Simcenter 3D.
Read more: 1.6 Training Analysis of Laminates with Simcenter Nastran
Description
This advanced seminar teaches how to use the NX module Advanced Nonlinear FE Analysis.
Read more: 1.2 Training Advanced nonlinear Methods with Simcenter Nastran Sol601/701
Description
In this advanced seminar, the possibilities offered by the Simcenter solutions Sol 401 Multi-Step Nonlinear and Sol 402 Multi-Step Nonlinear Kinematics are trained.
Read more: 1.3 Training Advanced nonlinear Methods with Simcenter Nastran Sol401/402
Description
This seminar deals with the Simcenter Dynamic Response solutions, which allow calculation engineers to analyze excited vibrations.
Read more: 1.4 Training Dynamic Response with Simcenter Nastran Sol107-112
Description
This seminar deals with the Simcenter Response Dynamics module, which allows calculation engineers to analyze excited vibrations. The modal model of the system is used to solve the response simulation using the SOL 103 Response Dynamics.
Read more: 1.5 Training Dynamic Response with Simcenter Nastran Sol103-Response
Description
This is done intuitively as a post-processing step within the familiar simulation environment in Simcenter 3D.
Read more: 1.7 Training Fatique Analysis with Simcenter Specialist Durability
Description
Read more: 1.1 Training Basic Structural Simulation with Simcenter Nastran Sol101,103,105,106,153
Description
Simcenter FLOEFD can be used to solve fluid mechanics tasks, complex thermal problems and coupled thermal/fluid tasks.
Read more: 2.4 Coupled thermal/fluid analysis training with Simcenter FLOEFD
Description
Read more: 2.1 Training Computational Fluid Dynamics (CFD) with Simcenter Flow
Description
Read more: 2.2 Training Thermal Analysis with Simcenter Thermal
Description
With Simcenter Thermal / Flow or ESC (Electronic System Cooling) tasks of fluid mechanics, complex thermal problems as well as coupled thermal / fluid tasks can be solved.
Read more: 2.3 Training Coupled Thermal/Fluid Analysis with Simcenter Thermal/Flow/ESC
Description
The MAGNETICS for Simcenter module, also known as NX-Magnetics, which is trained in this seminar, opens up possibilities for simulating complex electrodynamic models.
Read more: 3.1 Training Basic Electromagnetics (EM) Analysis with Simcenter NX-Magnetics
Description
This advanced course deals with the possibilities for temperature analysis with electromagnetic heat sources.
Read more: 3.2 Training EM Thermal Analysis with Simcenter NX-Magnetics
Description
Based on the training "EM analysis" the analysis of electric motors with MAGNETICS for NX is discussed in this seminar.
Read more: 3.3 Training Analysis of Electric Machines with Simcenter NX-Magnetics
Description
This advanced seminar deals with applications of high-frequency analyzes with the solver MAGNETICS.
Read more: 3.4 Training High Frequency EM Analysis with Simcenter NX-Magnetics
Description
With the kinematic analysis of mechanisms (multi-body simulation / MBS), valuable information about the movement behavior of the system can be collected in the early development phase.
Read more: 4.1 Training Kinematics for Designers with Simcenter Motion
Description
For the design of a moving system, degrees of freedom and dynamic properties are often of great importance. With Simcenter Motion, the dynamic behavior of complex systems can be calculated and evaluated.
Read more: 4.2 Training Multibody Dynamics with Simcenter Motion
Description
The Mechatronics Concept Designer (MCD) module allows the user to interactively simulate complex movements of electromechanical systems.
Description
It often makes sense to look at the designed assemblies of mechanical systems in a moving state and thus to collect information about motion sequences, positions, distances and collisions. A quick and easy process and close proximity to the construction are crucial.
