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.
Vibration can have significant impacts on the perceived comfort of a product. Learn how to measure vibration at human interface locations (hand-arm, whole body) and rate the comfort (and safety) according to ISO 5439 and 2631 standards.
The world is full of transient events that need to be quantified: earthquakes, pyrotechnic explosions, and harsh bumps. Learn how shock control testing is used to quantify and replicate these events on a shaker table.
Don't let mid-test issues rattle your vibration shaker testing! This webinar will review the most common issues encountered during vibration control tests and demonstrate how to correct these issues.