Webinar

Learn how Order-Based Modal Analysis (OBMA) can be used for estimating the modal parameters in operating conditions in case of dominant rotating component excitations (blades, rotors, gears, shafts).

Can vehicles developed for latte sipping customers survive the rough roads of emerging markets? The International Roughness Index (IRI) was developed to classify road surfaces.  See how Simcenter Testlab Neo […]

Learn the basics of how different microphones work! What is the difference between measuring in a free field and diffuse sound field?  When to use condenser or surface microphones?  Does […]

Looking to estimate the forces generated while your product operates?  Learn how to use Frequency Response Functions and matrix inversion to estimate forces using both Simcenter Testlab Classic and Simcenter […]

The SCADAS RS is a ruggedized data acquisition system that can be used to take field data under extreme conditions. This webinar will demonstrate two additional use cases for the […]

Gain a better understanding of how to maximize the value of sound camera measurement data using Simcenter Testlab Array Data Analysis. Topics include sound power calculations, post processing microphone array […]

Gain a better understanding of how Digital Signal Processing (DSP) parameters affect your data. Topics include sample frequency, frequency resolution, windowing, aliasing, sample frames vs increments, ranging, and more. 

Want to make a multi-page PowerPoint in a few button clicks? Learn efficient techniques to create reports such as creating custom plots, format based printing, and batch printing.  Webinar will […]

Master the full capabilities of Simcenter Testlab’s displays, and all tips and tricks for the best ways to display data. Learn about different processing cursors and instant processing methods available […]

Need to edit time throughput data? Simcenter Testlab has two great options, “Classic” Time Signal Calculator and Neo Interactive Analysis. Learn how to use both tools to perform math functions, […]

Practical examples will be used to demonstrate how the angle domain can give additional insights into noise and vibration issues that traditional time-frequency methods cannot.

A small tap and the resulting acoustic emission (ie, ping sound, even ultrasonically) makes finding cracks and other faults in a manufactured parts a snap! Learn how to test production parts quickly in a non-destructive manner in this online seminar.