This course will explain how to obtain test-based models using the Virtual Point Transformation technology. It will cover the advantage of using this method, what is needed to apply it, the math behind it and the steps needed to get the results in VIBES software.

This course will explain how to obtain 6-DoF stiffness information for rubber mounts, using the inverse substructuring method. It will cover the advantage of using this method, what is needed to apply it, the math behind it and the steps needed to get the results in VIBES software.

This course will explain how to perform Experimental Modal Analysis (EMA) in DIRAC. It will also describe the algorithm that has been implemented in the software.

Sneak preview of the Model Validation Solution, which is currently under implementation in DIRAC.

This course gives an explanation of order processing within SOURCE.

Make the most out of your DIRAC, SOURCE and COUPLE software with our comprehensive documentation. 

Learn about stiffness injection! Stiffness Injection virtually modifies the stiffness of one or more components using Dynamic Substructuring and Virtual Point Transformation to recalculate FRFs.

How can you select the right number of forces and the right DoFs? Our patent-pending algorithm can make the selection for you. X-DoF automates blocked force selection per frequency block, ensuring objective, repeatable results without overfitting and improving analysis efficiency.

In the fall of 2021, VIBES & MBBM-VAS organized a webinar as an introduction to Blocked Forces, test-based models and Substructuring. Besides explaining the step-by-step process, an example measurement in DIRAC and SOURCE is shown.

In the spring of 2020, VIBES & Müller-BBM organized a successful webinar series on component TPA (Blocked Forces). In this webinar, we show the application of Source Characterization on an e-component, the validation in the vehicle and the importance of the right DoF on the interface.

Discover how hybrid modular engineering can revolutionize your NVH (Noise, Vibration, and Harshness) development process: boosting efficiency, accuracy, and lowering costs.

Check out the latest updates and features in DIRAC! You can also watch the release webinars to learn new use cases that will level up your NVH game!

Check out the latest updates and features in SOURCE! You can also watch the release webinars to learn new use cases that will level up your NVH game!

Check out the latest updates and features in COUPLE! You can also watch the release webinars to learn new use cases that will level up your NVH game!