Noise & Vibrations, as an engineering product development tool, emerged and evolved during the early 19th century. While the tool was primarily intended for automotive industry and its refinement, the space and aerospace industries took full advantage of this technology to design and validate their products which had higher criticality and product endurance requirements as compared to automotive industry.
Developments in the computer technologies, higher number crunching capabilities, combined with mathematical advances such as Fourier analysis and its potential to look through the dynamic responses of the mechanical systems, took Noise and Vibration to many application areas, one such was machine tools and its condition monitoring.
Vibration based health monitoring of rotating equipment has come a long way in establishing itself as a proven tool of condition monitoring; vibration signatures gathered carefully from the bearing housing locations of the rotating equipment with stabilised operating conditions and further trended for their growth over scheduled intervals of time, yields a great amount of information of the equipment being monitored.
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