nCode Vibration

Vibration Profile Design, an nCode option, enables engineers to create accelerated shaker profiles for vibration durability tests, including sine sweep, PSD random, and others. This improves product validation testing, saving time and money.

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Vibration Profile Design

Vibration Profile Design (formerly known as Accelerated Testing) is a specialised product option within nCode that provides the ability to help specify accelerated durability tests, saving both time and money in environmental qualification and product validation. With Vibration Profile Design, users can create a PSD or swept sine shaker vibration test based on measured data. Multiple time or frequency domain data sets can be combined into a representative test spectrum that accelerates the test without exceeding realistic levels.

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nCode Vibration Profile Design Brochure

Discover how nCode can enhance your vibration profile design with powerful analysis tools and features. Click on the link below to download the brochure and learn more about its applications, benefits, and how it can support your engineering needs.

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Discover key capabilities that make nCode an ideal choice for designing vibration test specifications

Compare alternate supplier test qualifications and quantify how different test methods impact component durability.

Ensure an accelerated test specification is still representative of the same failure mechanism. Test specifications can also include a safety factor, accounting for a user-defined probability of failure.

Rapidly compare existing test specification with service vibration data using an embedded database that contains 100+ vibration profiles from various standards.

Easily understand the damage potential of measured test data using the fatigue damage spectrum (FDS). Compare the fatigue content across different scenarios, runs or situations.

Combine multiple time or frequency domain data sets to develop a representative test spectrum that accelerates the test without exceeding realistic levels.

Create an accelerated and realistic test specification using FE results and simulate tests up-front with virtual CAE-based fatigue analysis.

We have seen real time savings in performing random vibration tests by using nCode and will now look forward to promoting the method both internally and in our supplier base.

CNHI INDUSTRIAL