Titlebook: Handbook of Experimental Structural Dynamics; Randall Allemang,Peter Avitabile Reference work 2022 The Society for Experimental Mechanics

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https://doi.org/10.1007/978-3-658-10369-9n and noise in the workplace has demanded a better understanding of the causes and characteristics of the vibration of machines and structures in many industries. This, coupled with advances in transducer technology, electronics, and signal processing power, has led to a wealth of commercial product

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https://doi.org/10.1007/978-3-322-99844-6of a structure, and so they have enabled measurements from surfaces that are too light, delicate, hot, etc. to allow conventional surface mounted sensors. The position of the measurement point can also be changed readily. Thus, laser vibrometry has also allowed acquisition of measurements over a den

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Paul Kevenhörster,Wulf Schönbohmause structural or component failure. The capability to analyze dynamic response is critical not only for purposes of response prediction and design, but also for specification of random vibration and shock tests. This chapter develops the ideas and the mathematics underlying the structural dynamics

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https://doi.org/10.1057/9780230597914 for dynamic applications. In particular, the chapter focuses on leveraging those measurements to perform digital image correlation (DIC) to extract dynamic parameters (e.g., strain, deflection, operating shapes, and mode shapes). Structural dynamic testing and analysis in the context of performing

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