In this video we take a look at how vibrating systems can be modelled, starting with the lumped parameter approach and single degree of freedom models. We then go on to look at damping, the ...

Torsional vibration measurements, while varying in complexity, are probably the least familiar type of vibration measurement. The high output demands imposed on today's engines require a complete ...

Rotor dynamics and vibration analysis encompass the study of the behaviour of rotating machinery subjected to various excitations and uncertainties. This field, which lies at the intersection of ...

Measure and analyze to understand Vibration-monitoring I/O modules can work in concert with other high-end measurement technologies to provide the most accurate data for a detailed understanding of ...

Vibration and thermal signatures are crucial toward gaining a deeper understanding of failure modes in process operations and thus are an enabler of a predictive-maintenance strategy.

The study of railway vehicle vibration and ride comfort encompasses a broad range of engineering challenges, from mitigating resonant oscillations in high-speed trains to ensuring the safe ...

A method to determine analytically the response of the human being to vibration is developed. This method uses a parameter called absorbed power. The advantage of absorbed power as a measurement ...