We recently republished a classic white paper about dynamic signal analysis.
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Crystal Instruments is excited to announce the release of our new VCS software module, Blade Fatigue Testing (BFT). Fatigue testing of blades is a critical step in mechanical design, whether it be turbine, compressor, or even propeller blades.
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VCS includes a full range of functions to create/run tests, calculate signals, and analyze/report/export data. Some users may not require all these tests and may prefer a lighter, more signal focused experience. These users can now use our new software program, Signal Viewer.
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Our team is thrilled to announce the 11.1 version of Engineering Data Management (EDM) software. Packed with a range of new features and improvements, this update is designed to elevate the user experience.
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Seminar attendees learned everything from the basics of setting up a modal test to best practices in testing and in-depth modal theory. Modal testing variations included hammer excitation, SIMO shaker excitation, and MIMO shaker excitation.
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Crystal Instruments (Andrew Slaboda, Sales Engineer and Darren Fraser, Vice President of Sales) and Sentek Dynamics (Matthew King, Sales Engineer and Reza Tavana, Director of Sales) attended the annual Auto Test Expo in Novi, Michigan.
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Crystal Instruments and our French distributor, dB Vib Groupe exhibited at The Aerospace Test and Development Show in Toulouse, France to connect with main manufacturers of aerospace components, complete aircraft, space exploration vessels, urban and inter-urban passenger drones, and air defense systems.
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DSA is often referred to Dynamic Signal Analysis or Dynamic Signal Analyzer depending on the context. DSA uses various technologies for digital signal processing. Among them, the most fundamental and popular technology is based on the so-called Fast Fourier Transform (FFT). The FFT transforms the time domain signals into the frequency domain. To perform FFT-based measurements, it is important to understand the fundamental issues and computations involved.
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The Electric Vehicle Battery Show brings together the top talent in the EV Battery industry, from design to manufacturing and testing. This year, the show saw hundreds of exhibitors and thousands of attendees come together to share the latest insights and developments in this exciting industry.
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Crystal Instruments attended the High-Tech Conference co-hosted by NASA/JPL and the City of Pasadena. The High-Tech Conference is an excellent platform for small businesses to gather insights on potential opportunities through exhibitions, workshops, and networking sessions.
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Acoustic Consultants are often tasked with analyzing the noise absorption in rooms, studio garages, and storage spaces. The primary challenge in this type of analysis is to find a dynamic signal analyzer with portability, high sampling rate functionality, and complex analysis.
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Sure…sometimes it helps to stand back and look at everything from a complete picture. I have a figure that I have used for many years now to help people see things more clearly. I call it "The Big Picture". Let's just look at this picture and discuss all the pieces individually.
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I recently created a new PPT to explain how GPS time stamping technology can help conduct dynamic signal measurements for both indoor and outdoor applications. Download a copy.
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Crystal Instruments Multi-Exciter Single- Axis (MESA) vibration test control allows users to closely replicate real-world applications according to the complex and multi-DOF nature of real vibrations. MESA vibration testing is most commonly used with higher forces on each axis and with long vertical dimensional testing units. Crystal Instruments provides the highest quality and technologically advanced solutions for MESA vibration testing and recently provided comprehensive MESA testing on a dual 300 KN shaker system at an industrial environmental testing lab.
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There must be more to this problem than what was stated by your question. My guess is that you are performing a modal test on a structure but you are not measuring all the significant modally active portions of the system during the modal test.
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