@article{1400514,
      recid = {1400514},
      author = {Sinha, Jyoti Kumar,},
      title = {Vibration analysis, instruments, and signal processing /},
      pages = {1 online resource (321 pages) :},
      abstract = {"Preface Over the past four decades, the technology in  vibration instrumentation and measurements, signal  processing, and analytical simulation using finite element  (FE) methods has advanced significantly. There are several  dedicated books that have recorded these advancements.  However, it has been consistently observed that several  persons (students, researchers, designers, and maintenance  personnel in industry) involved in, say vibration- related  works or research, do not fully comprehend the  interrelation between theory and experiments. These  individuals can be grouped as (1) good in vibration data  collection but may not be aware of the applicable basic  theory, and vice versa, (2) good in signal processing but  may not know the basics of either the theory or vibration  data collection and measurement procedures, and (3)  involved in dynamic qualifications (FE analysis and modal  testing) using standard commercially available software  without knowing much about the basic principles and  methods. It is imperative that persons involved in  vibration-based analysis have at least a basic  understanding of the different processes so that they can  more effectively solve vibration-related problems. This  book aims to communicate the fundamental principles of all  three facets of vibration-based analysis (i.e., instruments  and measurement, signal processing, and theoretical  analysis) in a simplified tutorial manner, which is not  readily available in literature. The unique content of this  book will therefore be very useful for a diverse audience  who are interested in vibration analysis. The target  audience includes students (all levels), researchers, and  engineers (involved in vibration-based condition  monitoring)"--},
      url = {http://library.usi.edu/record/1400514},
}