Ibrahim Vibro-Impact Dynamics

Modeling, Mapping and Applications
1. Auflage 2009
ISBN: 978-3-642-00275-5
Verlag: Springer
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, Band 43, 298 Seiten

Reihe: Lecture Notes in Applied and Computational Mechanics

Studies of vibro-impact dynamics falls into three main categories: modeling, mapping and applications. This text covers the latest in those studies plus selected deterministic and stochastic applications. It includes a bibliography exceeding 1,100 references.

Autoren/Hrsg.

Ibrahim, Raouf A.

Inhaltsverzeichnis

1;Title Page;2
2;Preface;7
3;Contents;9
4;Introduction;12
5;Modeling and Analytical Approaches;17
5.1;Introduction;17
5.2;Power-Law Phenomenological Modeling;17
5.3;Zhuravlev Non-smooth Coordinate Transformation;20
5.4;Ivanov Transformation;23
5.5;Hertzian Contact;25
5.6;Point-Wise Mapping;32
5.7;Saw-Tooth-Time-Transformation;35
5.8;Closing Remarks;39
6;Mapping of Grazing and C–Bifurcations;40
6.1;Introduction;40
6.2;Grazing Bifurcation;40
6.3;Discontinuity Mappings;42
6.4;Border–Collision or C–Bifurcation;57
6.5;Border Bifurcation in Switching Circuits;61
6.6;Closing Remarks;63
7;Single–Degree–of–Freedom Systems;64
7.1;Introduction;64
7.2;Bouncing Ball on a Vibrating Platform and Pile Drivers;65
7.3;Mass–Spring System;73
7.4;Pendulum Oscillating Against One– or Two–Sided Barrier;84
7.5;Ship Impact Interaction with Ice;91
7.6;Closing Remarks;104
8;Two– and Multi–Degree–of–Freedom Systems;105
8.1;Introduction;105
8.2;Two–Degree–of–Freedom Systems;105
8.3;Spherical Pendulum under Liquid Flow;116
8.4;Pendulum Simulating Liquid Sloshing Impact;120
8.5;Multi–Degree–of–Freedom Systems;130
8.6;Closing Remarks;131
9;Non–Classical Lumped Systems;132
9.1;Introduction;132
9.2;Mechanical Joints;132
9.3;Rub–Impact Dynamics of Rotors;135
9.4;Micro–Actuators;141
9.5;Vocal Folds;144
9.6;Vibration Protection under Vibro–Impact;150
9.7;Other Applications;152
9.8;Closing Remarks;156
10;Continuous Systems;157
10.1;Introduction;157
10.2;Strings;157
10.3;Beams;161
10.4;Constrained Pipes Conveying Liquid;168
10.5;Nuclear Reactors and Heat Exchangers;176
10.6;Plates;193
10.7;Slamming of Ocean Waves;196
10.8;Closing Remarks;197
11;Stochastic Vibro–Impact Dynamics;198
11.1;Introduction;198
11.2;Beam–Stop under Random Excitation;200
11.3;Cantilever Beam with One–Sided Barrier;206
11.4;Pre–Loaded Vibro–Impact Hertzian Contact;210
11.5;Random Impulsive Excitation;215
11.6;Closing Remarks;221
12;Impact Dampers;222
12.1;Introduction;222
12.2;Basic Concept and Applications;222
12.3;Analogue Computer and Numerical Simulations;225
12.4;Analytical Results;226
12.5;Experimental Results;229
12.6;Random Excitation;231
12.7;Design Considerations;234
12.8;Semi–Active and Active Control of Impact Dampers;236
12.9;Closing Remarks;237
13;References;238
14;Index;299