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Take a look at a wide range of technical content from our team of Vibration Testing experts. Select a category or type of resource to find information about the fundamentals of excitation, vibration testing, and modal testing and help you solve your vibration testing challenges.
Inertial Shakers and Modal Punch: tools for testing in hard-to-reach places
SmartShaker is a miniature portable permanent magnet shaker with integrated power amplifier
Learn more about LaserTach™ ICP® Tachometer for sensing the speed of rotating equipment
This video demonstrates Vibration Shaker Model 2075E running with a vibration controller.
This short video demonstrates how to set up and connect a shaker system for kits K2060E060, K2075E075, and K2110E110.
Mixed Impact Shaker MIMO test developed to improve laboratory methodologies.
Using mini shakers and a Modal Amplitude Correction Map (MACM)
Exciting structures with an impulsive force in modal analysis
MIMO and OMA Testing
NAVCON Engineering improves hands-on training
Best practices with shakers, stingers, and sensors
A Multiple-Input-Multiple-Output (MIMO) testing procedure
Learn more about this all-in-one shaker and amp solution
Videos, articles, papers, and diagrams to help simplify your testing
Choosing the right shaker for your test
SmartShaker™ sUAV experiments
Frequency Response Function (FRF) method of modal excitation
Learn more about available vibration shaker table options for testing and calibration
Intro to structural dynamics and acquiring frequency response data
Best practices for alignment, sensors, and more
Practical aspects of setting up a single input modal test
Shaker and stinger effects on measurements
Based on preconfigured kit options
Mode shape animations of helicopter main rotor spider
From transducer mounting to test setup configurations
From random signals to excitation techniques
Using the over/under method to extend cable life
Key considerations for modal testing
Understanding Flow-Induced Vibration (FIV) in nuclear equipment
Impulse Technique practical testing considerations
Calculate requirements for sine vibration
A quick look at shaker fixturing and stinger installation
SmartShaker™ used in mechancial response tissue analysis
How to choose the right shaker for your test
Impact testing with Dr. Pete Avitabile
How to pack a modal shaker for safe transport or storage
How to avoid test difficulties and measurement errors
Comparison of a wide variety of sensor types
What is TEDS and how does it work?
Analyzing non-linearities with single D-O-F model
Curated list of texts on vibration and vibration testing
Choosing the right shaker for your test
Selecting the right shaker for your modal or vibration test
Learn more about shakers, stingers, and general information on modal analysis setups
SmartShaker™ simulates peacock mating display
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