Verfügbarkeit: Engineering acoustics | Technische Universität München

Engineering acoustics: an introduction to noise control

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Bibliographische Detailangaben
Beteilige Person:	Möser, Michael (VerfasserIn)
Format:	Buch
Sprache:	Englisch
Veröffentlicht:	Berlin [u.a.] Springer 2009
Ausgabe:	2. ed.
Schlagwörter:	Technische Akustik Lehrbuch
Links:	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017697009&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
Beschreibung:	Literaturangaben. - Aus dem Dt. übers.
Umfang:	XIII, 536 S. Ill., graph. Darst. 24 cm
ISBN:	9783540927228 9783540927235

Internformat

MARC


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Datensatz im Suchindex

DE-BY-TUM_call_number	0002 MTA 900 2009 A 5834(2)
DE-BY-TUM_katkey	1701011
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DE-BY-TUM_media_number	040090457213
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adam_text	CONTENTS PERCEPTION OF SOUND 1 1.1 OCTAVE AND THIRD-OCTAVE BAND FILTERS 7 1.2 HEARING LEVELS 9 1.3 A-WEIGHTING 10 1.4 NOISE FLUCTUATING OVER TIME 12 1.5 SUMMARY 13 1.6 FURTHER READING 13 1.7 PRACTICE EXERCISES 14 FUNDAMENTALS OF WAVE PROPAGATION 17 2.1 THERMODYNAMICS OF SOUND FIELDS IN GASES 18 2.2 ONE-DIMENSIONAL SOUND FIELDS 24 2.2.1 BASIC EQUATIONS 24 2.2.2 PROGRESSIVE WAVES 29 2.2.3 COMPLEX NOTATION 34 2.2.4 STANDING WAVES AND RESONANCE PHENOMENA 34 2.3 THREE-DIMENSIONAL SOUND FIELDS 38 2.4 ENERGY AND POWER TRANSPORT 40 2.5 INTENSITY MEASUREMENTS 44 2.5.1 TIME DOMAIN 45 2.5.2 FREQUENCY DOMAIN 45 2.5.3 MEASUREMENT ERROR AND LIMITATIONS 49 2.5.4 STANDARDS 53 2.6 WAVE PROPAGATION IN A MOVING MEDIUM 53 2.7 RAISED WAVES 59 2.8 SUMMARY 62 2.9 FURTHER READING 63 2.10 PRACTICE EXERCISES 63 BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/99275139X DIGITALISIERT DURCH X CONTENTS 3 PROPAGATION AND RADIATION OF SOUND 67 3.1 OMNIDIRECTIONAL SOUND RADIATION OF POINT SOURCES 67 3.2 OMNIDIRECTIONAL SOUND RADIATION OF LINE SOURCES 68 3.3 VOLUME VELOCITY SOURCES 70 3.4 SOUND FIELD OF TWO SOURCES 72 3.5 LOUDSPEAKER ARRAYS 85 3.5.1 ONE-DIMENSIONAL PISTON 87 3.5.2 FORMATION OF MAIN AND SIDE LOBES 91 3.5.3 ELECTRONIC BEAM STEERING 96 3.5.4 FAR-FIELD CONDITIONS 100 3.6 SOUND RADIATION FROM PLANE SURFACES 103 3.6.1 SOUND FIELD ON THE AXIS OF A CIRCULAR PISTON 106 3.7 SUMMARY 110 3.8 FURTHER READING ILL 3.9 PRACTICE EXERCISES ILL 4 STRUCTURE-BORNE SOUND 117 4.1 INTRODUCTION 117 4.2 BENDING WAVES IN BEANOS 120 4.3 PROPAGATION OF BENDING WAVES 124 4.4 BEAM RESONANCES 126 4.4.1 SUPPORTED BEAMS 127 4.4.2 BILATERALLY MOUNTED BEAMS 129 4.4.3 BILATERALLY SUSPENDED BEAMS 132 4.5 BENDING WAVES IN PLATES 133 4.5.1 PLATE VIBRATIONS 136 4.6 SUMMARY 140 4.7 FURTHER READING 141 4.8 PRACTICE EXERCISES 141 5 ELASTIC ISOLATION 143 5.1 ELASTIC BEARINGS ON RIGID FOUNDATIONS 145 5.2 DESIGNING ELASTIC BEARINGS 150 5.3 INFLUENCE OF FOUNDATIONS WITH A COMPLIANCE 153 5.3.1 FOUNDATION IMPEDANCE 153 5.3.2 THE EFFECT OF FOUNDATION IMPEDANCE 154 5. CONTENTS XI SOUND ABSORBERS 171 6.1 SOUND PROPAGATION IN THE IMPEDANCE TUBE 171 6.1.1 TUBES WITH RECTANGULAR CROSS SECTIONS 176 6.1.2 TUBES WITH CIRCULAR CROSS SECTIONS 176 6.2 MEASUREMENTS IN THE IMPEDANCE TUBE 178 6.2.1 MINI-MAX PROCEDURE 180 6.3 WALL IMPEDANCE 183 6.4 THEORY OF LOCALLY REACTING ABSORBERS 186 6.5 SPECIFIC ABSORBENT STRUCTURES 191 6.5.1 THE INFINITELY THICK POROUS SHEET 191 6.5.2 THE POROUS SHEET OF FINITE THICKNESS 194 6.5.3 THE POROUS CURTAIN 198 6.5.4 RESONANCE ABSORBERS 201 6.6 OBLIQUE SOUND INCIDENCE 208 6.7 SUMMARY 211 6.8 FURTHER READING 212 6.9 PRACTICE EXERCISES 213 FUNDAMENTALS OF ROOM ACOUSTICS 217 7.1 DIFFUSE SOUND FIELD 221 7.1.1 REVERBERATION 224 7.1.2 STEADY-STATE CONDITIONS 226 7.1.3 MEASUREMENT OF THE ABSORPTION COEFFICIENT IN THE REVERBERATION ROOM 231 7.2 SUMMARY 232 7.3 FURTHER READING 233 7.4 PRACTICE EXERCISES 233 BUILDING ACOUSTICS 237 8.1 MEASUREMENT OF AIRBORNE TRANSMISSION LOSS 239 8.2 AIRBORNE TRANSMISSION LOSS OF SINGLE-LEAF PARTITIONS 241 8.3 DOUBLE-LEAF PARTITIONS (FLEXIBLE ADDITIONAL LININGS) 252 8.4 IMPACT SOUND REDUCTION 259 8.4.1 MEASURING IMPACT SOUND LEVELS 259 8.4.2 IMPROVEMENTS 260 8.5 SUMMARY 263 8.6 FURTHER READING 264 8.7 PRACTICE EXERCISES 265 SILENCERS 267 9.1 CHANGES IN THE CROSS-SECTION OF RIGID DUCTS 268 9.1. XII CONTENTS 9.2 LINED DUCTS 284 9.2.1 DUCTS WITH RIGID WALLS 286 9.2.2 DUCTS WITH SOFT BOUNDARIES 288 9.2.3 SILENCERS WITH ARBITRARY IMPEDANCE BOUNDARIES 290 9.3 SUMMARY 308 9.4 FURTHER READING 308 9.5 PRACTICE EXERCISES 308 10 NOISE BARRIERS 311 10.1 DIFFRACTION BY A RIGID SCREEN 312 10.2 APPROXIMATION OF INSERTION LOSS 329 10.3 THE IMPORTANCE OF HEIGHT IN NOISE BARRIERS 332 10.4 SOUND BARRIERS 333 10.5 ABSORBENT NOISE BARRIERS 335 10.6 TRANSMISSION THROUGH THE BARRIER 338 10.7 CONCLUSION 339 10.8 SUMMARY 339 10.9 FURTHER READING 339 10.10 PRACTICE EXERCISES 340 10.11 APPENDIX: MATLAB PROGRAM FOR FRESNEL INTEGRALS 342 11 ELECTRO-ACOUSTIC CONVERTERS FOR AIRBORNE SOUND 345 11.1 CONDENSER MICROPHONES 347 11.2 MICROPHONE DIRECTIVITY 355 11.3 ELECTRODYNAMIC MICROPHONES 358 11.4 ELECTRODYNAMIC LOUDSPEAKERS 362 11.5 ACOUSTIC ANTENNAE 365 11.5.1 MICROPHONE ARRAYS 367 11.5.2 TWO-DIMENSIONAL SENSOR ARRANGEMENTS 374 11.6 SUMMARY 380 11.7 FURTHER READING 380 11.8 PRACTICE EXERCISES 381 12 FUNDAMENTALS OF ACTIVE NOISE CONTROL 383 12.1 THE INFLUENCE OF REPLICATION ERRORS 387 12.1.1 PERPENDICULARLY INTERFERING WAVES 389 12.2 REFLECTION AND ABSORPTION 390 12.3 ACTIVE STABILIZATION OF SELF-INDUCED VIBRATIONS 395 12. CONTENTS XIII 13 ASPECTS AND PROPERTIES OF TRANSMITTERS 407 13.1 PROPERTIES OF TRANSMITTERS 408 13.1.1 LINEARITY 408 13.1.2 TIME INVARIANCE 409 13.2 DESCRIPTION USING THE IMPULSE RESPONSE 410 13.3 THE INVARIANCE PRINCIPLE 414 13.4 FOURIER DECOMPOSITION 415 13.4.1 FOURIER SERIES 416 13.4.2 FOURIER TRANSFORM 424 13.4.3 THE TRANSMISSION FUNCTION AND THE CONVOLUTION LAW .. 426 13.4.4 SYMMETRIES 428 13.4.5 IMPULSE RESPONSES AND HUBERT TRANSFORMATION 430 13.5 FOURIER ACOUSTICS: WAVELENGTH DECOMPOSITION 432 13.5.1 RADIATION FROM PLANES 434 13.5.2 EMISSION OF BENDING WAVES 436 13.5.3 ACOUSTIC HOLOGRAPHY 438 13.5.4 THREE-DIMENSIONAL SOUND FIELDS 439 13.6 SUMMARY 442 13.7 FURTHER READING 443 13.8 PRACTICE EXERCISES 444 A LEVEL ARITHMETICS 449 A.I DECADIC LOGARITHM 449 A.2 LEVEL INVERSION 450 A.3 LEVEL SUMMATION 451 B COMPLEX POINTERS 453 B.I INTRODUCTION TO COMPLEX POINTER ARITHMETICS 453 B.2 USING COMPLEX POINTERS IN ACOUSTICS 455 C SOLUTIONS TO THE PRACTICE EXERCISES 459 C.I PRACTICE EXERCISES CHAPTER 1 459 C.2 PRACTICE EXERCISES CHAPTER 2 463 C.3 PRACTICE EXERCISES CHAPTER 3 468 C.4 PRACTICE EXERCISES CHAPTER 4 480 C.5 PRACTICE EXERCISES CHAPTER 5 486 C.
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author	Möser, Michael
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discipline	Maschinenbau / Maschinenwesen Physik
edition	2. ed.
format	Book
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genre_facet	Lehrbuch
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illustrated	Illustrated
indexdate	2024-12-20T13:39:35Z
institution	BVB
isbn	9783540927228 9783540927235
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-017697009
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physical	XIII, 536 S. Ill., graph. Darst. 24 cm
publishDate	2009
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publisher	Springer
record_format	marc
spellingShingle	Möser, Michael Engineering acoustics an introduction to noise control Technische Akustik (DE-588)4059219-4 gnd
subject_GND	(DE-588)4059219-4 (DE-588)4123623-3
title	Engineering acoustics an introduction to noise control
title_alt	Technische Akustik
title_auth	Engineering acoustics an introduction to noise control
title_exact_search	Engineering acoustics an introduction to noise control
title_full	Engineering acoustics an introduction to noise control Michael Möser
title_fullStr	Engineering acoustics an introduction to noise control Michael Möser
title_full_unstemmed	Engineering acoustics an introduction to noise control Michael Möser
title_short	Engineering acoustics
title_sort	engineering acoustics an introduction to noise control
title_sub	an introduction to noise control
topic	Technische Akustik (DE-588)4059219-4 gnd
topic_facet	Technische Akustik Lehrbuch
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017697009&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT mosermichael technischeakustik AT mosermichael engineeringacousticsanintroductiontonoisecontrol

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