Vibration and Shock Handbook


Preface

With individual chapters authored by distinguished leaders and experienced professionals in their

respectivetopics, this handbook provides engineers, technicians, designers, researchers, educators, and

students withaconvenient, thorough,up to date, and authoritativereference source on techniques,

tools, and data for modeling,analysis, design, monitoring,instrumentation, modification, and control of

vibration, shock, noise, and acoustics. The handbook consists of 45 chapters, groupedinto nine sections.

In these sections, the following are considered: fundamentals and analytical techniques; computer

techniques, tools, and signal analysis including finite element methods and wavelet analysis and the use of MATLAB





toolboxes; shock and vibration methodologies, particularly for civil and mechanical

engineering systems; instrumentation and testing methods, including sensors, exciters, signal acquisition,

conditioning,and recording, and LabVIEW


tools for virtual instrumentation; vibration suppression,

damping,and control; monitoring and diagnosis; design for and control of seismic vibration, and related

regulatoryissues; system design, application, and control implementation; and acoustics and noise

suppression. Important information and results are summarized as windows, tables, graphs, and lists

throughout the chapters for easy referenceand information tracking.References are given at the end of

each chapter for further information and study.Anextensive glossary, which defines useful technical

terms in the fields of vibration, shock, and acoustics, is provided at the end of the handbook. Cross

referencing is used throughout to indicate other places in the handbook wherefurther information on a

particular topic is provided.


Download
http://s18.alxa.net/s18/srvs2/02/001...k.Handbook.rar