Alexander Peiffer - Vibroacoustic Simulation

1 Chapter 2 Table 2.1 Raw data on the height (cm) of 153 10-year-old girls. Table 2.2 Frequency distribution for... Table 2.3 Frequency distribution of...

2 Chapter 3Table 3.1 Meaning of symbols in set theory and probability theory.

3 Chapter 6Table 6.1 Means and variances...Table 6.2 Frequency distribution of...

4 Chapter 7Table 7.1 FEM and SEA system description

5 Chapter 10Table 10.1 Weight gain (g...

1 Cover

2 Title page

3 Copyright

4 Table of Contents

5 Preface

6 Acknowledgments

7 About the Companion Website

8 Acronyms

9 Begin Reading

10 A Basic Mathematics

11 B Specific Solutions

12 C Symbols

13 Index

14 End User License Agreement

1 i

2 ii

3 iii

4 iv

5 v

6 vi

7 vii

8 viii

9 ix

10 x

11 xi

12 xii

13 xiii

14 xiv

15 xv

16 xvi

17 xvii

18 xviii

19 xix

20 xx

21 xxi

22 xxii

23 1

24 2

25 3

26 4

27 5

28 6

29 7

30 8

31 9

32 10

33 11

34 12

35 13

36 14

37 15

38 16

39 17

40 18

41 19

42 20

43 21

44 22

45 23

46 24

47 25

48 26

49 27

50 28

51 29

52 30

53 31

54 32

55 33

56 34

57 35

58 36

59 37

60 38

61 39

62 40

63 41

64 42

65 43

66 44

67 45

68 46

69 47

70 48

71 49

72 50

73 51

74 52

75 53

76 54

77 55

78 56

79 57

80 58

81 59

82 60

83 61

84 62

85 63

86 64

87 65

88 66

89 67

90 68

91 69

92 70

93 71

94 72

95 73

96 74

97 75

98 76

99 77

100 78

101 79

102 80

103 81

104 82

105 83

106 84

107 85

108 86

109 87

110 88

111 89

112 90

113 91

114 92

115 93

116 94

117 95

118 96

119 97

120 98

121 99

122 100

123 101

124 102

125 103

126 104

127 105

128 106

129 107

130 108

131 109

132 110

133 111

134 112

135 113

136 114

137 115

138 116

139 117

140 118

141 119

142 120

143 121

144 122

145 123

146 124

147 125

148 126

149 127

150 128

151 129

152 130

153 131

154 132

155 133

156 134

157 135

158 136

159 137

160 138

161 139

162 140

163 141

164 142

165 143

166 144

167 145

168 146

169 147

170 148

171 149

172 150

173 151

174 152

175 153

176 154

177 155

178 156

179 157

180 158

181 159

182 160

183 161

184 162

185 163

186 164

187 165

188 166

189 167

190 168

191 169

192 170

193 171

194 172

195 173

196 174

197 175

198 176

199 177

200 178

201 179

202 180

203 181

204 182

205 183

206 184

207 185

208 186

209 187

210 188

211 189

212 190

213 191

214 192

215 193

216 194

217 195

218 196

219 197

220 198

221 199

222 200

223 201

224 202

225 203

226 204

227 205

228 206

229 207

230 208

231 209

232 210

233 211

234 212

235 213

236 214

237 215

238 216

239 217

240 218

241 219

242 220

243 221

244 222

245 223

246 224

247 225

248 226

249 227

250 228

251 229

252 230

253 231

254 232

255 233

256 234

257 235

258 236

259 237

260 238

261 239

262 240

263 241

264 242

265 243

266 244

267 245

268 246

269 247

270 248

271 249

272 250

273 251

274 252

275 253

276 254

277 255

278 256

279 257

280 258

281 259

282 260

283 261

284 262

285 263

286 264

287 265

288 266

289 267

290 268

291 269

292 270

293 271

294 272

295 273

296 274

297 275

298 276

299 277

300 278

301 279

302 280

303 281

304 282

305 283

306 284

307 285

308 286

309 287

310 288

311 289

312 290

313 291

314 292

315 293

316 294

317 295

318 296

319 297

320 298

321 299

322 300

323 301

324 302

325 303

326 304

327 305

328 306

329 307

330 308

331 309

332 310

333 311

334 312

335 313

336 314

337 315

338 316

339 317

340 318

341 319

342 320

343 321

344 322

345 323

346 324

347 325

348 326

349 327

350 328

351 329

352 330

353 331

354 332

355 333

356 334

357 335

358 336

359 337

360 338

361 339

362 340

363 341

364 342

365 343

366 344

367 345

368 346

369 347

370 348

371 349

372 350

373 351

374 352

375 353

376 354

377 355

378 356

379 357

380 358

381 359

382 360

383 361

384 362

385 363

386 364

387 365

388 366

389 367

390 368

391 369

392 370

393 371

394 372

395 373

396 374

397 375

398 376

399 377

400 378

401 379

402 380

403 381

404 382

405 383

406 384

407 385

408 386

409 387

410 388

411 389

412 390

413 391

414 392

415 393

416 394

417 395

418 396

419 397

420 398

421 399

422 400

423 401

424 402

425 403

426 404

427 405

428 406

429 407

430 408

431 409

432 410

433 411

434 412

435 413

436 414

437 415

438 416

439 417

440 418

441 419

442 420

443 421

444 422

445 423

446 424

447 425

448 426

449 427

450 428

451 429

452 430

453 431

454 432

455 433

456 434

457 435

458 436

459 437

460 438

461 439

462 440

463 441

464 442

465 443

466 444

467 445

468 446

469 447

470 448

471 449

472 450

The reason and stimulation for this book was an application for a lecturer position several years ago. I slightly panicked due to the fact that in case of success, I would be totally unprepared in terms of lecturing material. So, I decided to write a script in order to have at least something prepared. But, the more I got into the text and the more I tried to collect content for a script on vibroacoustics, I came to the conclusion that there is a need for a modern text book on the subject of vibroacoustic simulation focussing on statistical energy analyses and hybrid methods.

There are many excellent books on acoustics and vibration, but what is missing to my opinion is an overall treatment of vibroacoustic simulation methods. Especially when we are talking about statistical energy analysis (SEA) and the combination of finite element methods (FEM) and SEA, the hybrid FEM/SEA method. In addition, the hybrid FEM/SEA method allows a much clearer and more systematic approach to SEA compared to the original literature and might help to impart the knowledge to students and professionals. It is my persuasion, that every acoustic simulation engineer shall master these simulation techniques to be prepared for vibroacoustic prediction of the full audible frequency range.

Читать дальше