Torsional vibration of turbo-machinery

Duncan N. Walker

189 pages, parution le 31/10/2003

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Résumé

No other reference can match Duncan N. Walkers Torsional Vibration of Turbomachinery for problem-solving -- and problem-preventing -- expertise. In this in-depth resource, the former Rolls-Royce and General Electric Power Systems engineer delivers useful solutions developed over a lifetimes work and research in controlling torsional vibrations in rotating machinery. For practical answers to preventing excessive damage, failure and noise due to vibrations in machines, look inside and find:

State-of-the-art methods for vibration prediction, measurement, and monitoring and fatigue analysis

Mathematical methods for torsional vibration modeling

Calculation of natural frequencies and mode shapes

Clear presentation of forced response analysis

Machine torsional vibration design rules

Collected design modification strategies

Application case studies

In-depth interpretation of computer-generated results

L'auteur - Duncan N. Walker

Duncan Walker is well recognized internationally for knowledge of rotor dynamics, vibration, and balancing, has written numerous technical papers, and has served on a variety of American and International Standards committees dealing with machinery vibration and balancing. Mr. Walker served his industrial career at both Rolls-Royce Aero Engine Division (U.K.) and the General Electric Power Systems Division (U.S.) as an engineer in vibration research and large rotating machinery development and problem solving, as well as on a variety of managerial assignments. He lives in Ballston Lake, New York.

Sommaire

Introduction
Definitions and Units
Rotating Machinery Torsional Characteristics
Torsional Damping Characteristics
Torsional Vibration Mathematical Modeling
Torsional Vibration Finite Elements
Torsional Natural Frequencies and Mode Shapes
Forced Response Analysis
Application Case Studies
Torsional Fatigue
Machine Torsional Vibration Design Rules
Machine Design Modification Strategies
Torsional Vibration Measurement Methods & Monitoring
A - Mathematical model for a geared system
B - Mathematical derivation of torsion parameters
C - Introduction to vibration analysis
D - Introduction to matrix algebra
E- Torsional vibration computer program listing
References
Index

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Caractéristiques techniques

	PAPIER
Éditeur(s)	Mc Graw Hill
Auteur(s)	Duncan N. Walker
Parution	31/10/2003
Nb. de pages	189
Format	15,5 x 23,5
Couverture	Relié
Poids	440g
Intérieur	Noir et Blanc
EAN13	9780071430371
ISBN13	978-0-07-143037-1