Note: Supplemental materials are not guaranteed with Rental or Used book purchases.
- ISBN: 9780849315923 | 0849315921
- Cover: Hardcover
- Copyright: 11/24/2003
The use of composite materials in engineering structures continues to increase dramatically, and in the seven years since the first edition of this book appeared, advances in materials modeling in general and composite materials and structures in particular have been just as significant. To reflect these developments, renowned author, educator, and researcher J.N. Reddy has thoroughly revised, updated, and enhanced his standard-setting Mechanics of Laminated Composite Plates and Shells: Theory and Analysis.New in the Second Edition:· A new chapter dedicated to the theory and analysis of laminated shells· New discussions addressing smart structures and functionally graded materials· Thorough updates to all chapters and a reorganization of chapters that improves the clarity of the presentation· Additional exercises and examplesNo other book is as up to date. No other book approaches the subject primarily from the finite element method. And no other book provides such full, self-contained coverage of the theories, analytical solutions, and linear and nonlinear finite element models of plate and shell laminated composite structures.
Preface to the Second Edition | xix | ||||
Preface to the First Edition | xxi | ||||
1 Equations of Anisotropic Elasticity, Virtual Work Principles, and Variational Methods | 1 | (80) | |||
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1 | (2) | |||
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3 | (9) | |||
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2 Introduction to Composite Materials | 81 | (28) | |||
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81 | (4) | |||
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83 | (2) | |||
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85 | (4) | |||
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96 | (3) | |||
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99 | (4) | |||
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103 | (3) | |||
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106 | (3) | |||
3 Classical and First-Order Theories of Laminated Composite Plates | 109 | (56) | |||
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109 | (1) | |||
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109 | (1) | |||
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109 | (1) | |||
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112 | (20) | |||
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148 | (4) | |||
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152 | (4) | |||
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156 | (1) | |||
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157 | (4) | |||
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161 | (4) | |||
4 One-Dimensional Analysis of Laminated Composite Plates | 165 | (80) | |||
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165 | (2) | |||
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167 | (20) | |||
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167 | (2) | |||
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169 | (7) | |||
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176 | (6) | |||
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182 | (5) | |||
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187 | (13) | |||
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187 | (1) | |||
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188 | (4) | |||
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192 | (5) | |||
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197 | (3) | |||
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200 | (14) | |||
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203 | (5) | |||
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208 | (1) | |||
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209 | (5) | |||
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214 | (8) | |||
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214 | (1) | |||
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215 | (1) | |||
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216 | (3) | |||
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219 | (3) | |||
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222 | (10) | |||
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222 | (5) | |||
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227 | (3) | |||
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230 | (2) | |||
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232 | (1) | |||
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232 | (10) | |||
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242 | (3) | |||
5 Analysis of Specially Orthotropic Laminates Using CLPT | 245 | (52) | |||
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245 | (1) | |||
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246 | (9) | |||
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246 | (1) | |||
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247 | (8) | |||
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255 | (10) | |||
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255 | (2) | |||
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257 | (5) | |||
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262 | (3) | |||
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265 | (6) | |||
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265 | (1) | |||
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266 | (3) | |||
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269 | (2) | |||
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271 | (7) | |||
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271 | (1) | |||
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272 | (1) | |||
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273 | (1) | |||
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274 | (1) | |||
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274 | (4) | |||
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278 | (4) | |||
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278 | (1) | |||
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278 | (2) | |||
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280 | (2) | |||
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282 | (3) | |||
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282 | (1) | |||
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282 | (3) | |||
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285 | (5) | |||
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287 | (1) | |||
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288 | (1) | |||
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288 | (2) | |||
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290 | (3) | |||
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290 | (1) | |||
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290 | (2) | |||
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292 | (1) | |||
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293 | (1) | |||
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293 | (3) | |||
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296 | (1) | |||
6 Analytical Solutions of Rectangular Laminated Plates Using CLPT | 297 | (80) | |||
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297 | (2) | |||
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299 | (2) | |||
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301 | (527) | |||
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301 | (3) | |||
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304 | (4) | |||
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308 | (1) | |||
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309 | (8) | |||
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317 | (6) | |||
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323 | (505) | |||
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828 | ||||
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326 | (2) | |||
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328 | (1) | |||
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329 | (1) | |||
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330 | (5) | |||
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335 | (2) | |||
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337 | (2) | |||
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339 | (17) | |||
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339 | (3) | |||
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342 | (6) | |||
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348 | (5) | |||
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353 | (3) | |||
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356 | (5) | |||
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356 | (1) | |||
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356 | (1) | |||
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357 | (1) | |||
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358 | (1) | |||
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358 | (2) | |||
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360 | (1) | |||
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361 | (10) | |||
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361 | (21) | |||
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382 | ||||
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364 | (7) | |||
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371 | (1) | |||
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371 | (4) | |||
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375 | (2) | |||
7 Analytical Solutions of Rectangular Laminated Plates Using FSDT | 377 | (72) | |||
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377 | (2) | |||
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379 | (21) | |||
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379 | (2) | |||
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381 | (7) | |||
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388 | (6) | |||
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394 | (6) | |||
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400 | (12) | |||
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400 | (2) | |||
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402 | (2) | |||
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404 | (1) | |||
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405 | (1) | |||
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406 | (6) | |||
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412 | (9) | |||
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412 | (1) | |||
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413 | (2) | |||
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415 | (6) | |||
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421 | (9) | |||
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421 | (1) | |||
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421 | (2) | |||
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423 | (2) | |||
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425 | (5) | |||
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430 | (7) | |||
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437 | (5) | |||
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437 | (1) | |||
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438 | (1) | |||
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438 | (1) | |||
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439 | (2) | |||
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441 | (1) | |||
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442 | (2) | |||
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444 | (1) | |||
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445 | (4) | |||
8 Theory and Analysis of Laminated Shells | 449 | (38) | |||
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449 | (1) | |||
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450 | (12) | |||
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450 | (4) | |||
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454 | (1) | |||
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455 | (2) | |||
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457 | (4) | |||
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461 | (1) | |||
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462 | (11) | |||
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462 | (1) | |||
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463 | (10) | |||
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473 | (10) | |||
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473 | (2) | |||
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475 | (4) | |||
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479 | (1) | |||
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480 | (3) | |||
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483 | (1) | |||
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483 | (4) | |||
9 Linear Finite Element Analysis of Composite Plates and Shells | 487 | (80) | |||
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487 | (1) | |||
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488 | (27) | |||
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488 | (2) | |||
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490 | (9) | |||
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499 | (1) | |||
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500 | (3) | |||
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503 | (7) | |||
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510 | (1) | |||
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510 | (5) | |||
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515 | (28) | |||
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515 | (1) | |||
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516 | (8) | |||
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524 | (1) | |||
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525 | (17) | |||
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542 | (1) | |||
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543 | (15) | |||
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543 | (3) | |||
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546 | (3) | |||
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549 | (9) | |||
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558 | (2) | |||
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560 | (1) | |||
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560 | (7) | |||
10 Nonlinear Analysis of Composite Plates and Shells | 567 | (104) | |||
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567 | (1) | |||
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568 | (7) | |||
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568 | (1) | |||
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569 | (3) | |||
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572 | (3) | |||
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575 | (8) | |||
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575 | (1) | |||
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576 | (2) | |||
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578 | (5) | |||
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583 | (13) | |||
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583 | (1) | |||
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584 | (2) | |||
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586 | (4) | |||
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590 | (4) | |||
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594 | (2) | |||
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596 | (17) | |||
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596 | (1) | |||
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596 | (5) | |||
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601 | (3) | |||
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604 | (4) | |||
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608 | (1) | |||
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608 | (4) | |||
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612 | (1) | |||
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613 | (8) | |||
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613 | (2) | |||
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615 | (1) | |||
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616 | (1) | |||
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617 | (4) | |||
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621 | (6) | |||
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621 | (1) | |||
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622 | (3) | |||
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625 | (2) | |||
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627 | (218) | |||
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627 | (1) | |||
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628 | (3) | |||
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631 | (2) | |||
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633 | (5) | |||
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638 | (6) | |||
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644 | (201) | |||
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845 | ||||
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645 | (1) | |||
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645 | (2) | |||
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647 | (1) | |||
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648 | (2) | |||
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650 | (8) | |||
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658 | (1) | |||
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658 | (1) | |||
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658 | (6) | |||
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664 | (7) | |||
11 Third-Order Theory of Laminated Composite Plates and Shells | 671 | (54) | |||
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671 | (1) | |||
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671 | (6) | |||
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671 | (3) | |||
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674 | (1) | |||
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674 | (3) | |||
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677 | (5) | |||
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678 | (2) | |||
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680 | (1) | |||
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681 | (1) | |||
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682 | (17) | |||
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682 | (2) | |||
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684 | (3) | |||
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687 | (2) | |||
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689 | (10) | |||
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699 | (7) | |||
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699 | (2) | |||
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701 | (3) | |||
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704 | (2) | |||
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706 | (12) | |||
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706 | (1) | |||
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707 | (5) | |||
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712 | (2) | |||
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714 | (4) | |||
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718 | (2) | |||
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720 | (1) | |||
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721 | (4) | |||
12 Layerwise Theory and Variable Kinematic Models | 725 | (96) | |||
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725 | (5) | |||
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725 | (1) | |||
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726 | (4) | |||
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730 | (8) | |||
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730 | (3) | |||
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733 | (1) | |||
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734 | (2) | |||
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736 | (2) | |||
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738 | (21) | |||
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738 | (1) | |||
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739 | (3) | |||
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742 | (4) | |||
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746 | (7) | |||
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753 | (6) | |||
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759 | (21) | |||
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759 | (3) | |||
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762 | (2) | |||
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764 | (2) | |||
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766 | (3) | |||
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769 | (11) | |||
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780 | (14) | |||
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780 | (3) | |||
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783 | (2) | |||
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785 | (2) | |||
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787 | (7) | |||
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794 | (18) | |||
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794 | (1) | |||
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794 | (4) | |||
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798 | (8) | |||
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806 | (6) | |||
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812 | (4) | |||
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816 | (5) | |||
Subject Index | 821 |
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