HEA|  |03720nam a2200397 i 4500
001|  |022013000933
003|  |CAL
005|  |20130517092119.5
008|  |130517t20122012enka     b    001 0 eng d
010|  |▼a  2012016776
020|  |▼a9781119974062 (hardback)
020|  |▼a1119974062 (hardback)
040|  |▼aSJT▼beng▼cSJT▼erda
042|  |▼apcc
050|00|▼aTA418.9.C6▼bM64 2012
082|00|▼a620.1/186▼223
084|  |▼aSCI041000▼2bisacsh
093|  |▼aTB330.1▼25
099|  |▼aCAL 022013022704
100|1 |▼aMohammadi, S.▼q(Soheil)
245|10|▼aXFEM fracture analysis of co-
   |  |mposites /▼cSoheil Mohammadi, -
   |  |University of Tehran, Iran.
260|  |▼aChichester, West Sussex, Uni-
   |  |ted Kingdom :▼bJohn Wiley & So-
   |  |ns, Ltd.,▼c[2012] 
300|  |▼axxvii, 371 pages :▼billustra-
   |  |tions ;▼c26 cm.
336|  |▼atext▼2rdacontent
337|  |▼aunmediated▼2rdamedia
338|  |▼avolume▼2rdacarrier
504|  |▼aIncludes bibliographical ref-
   |  |erences (pages 349-361) and index.
505|0 |▼aIntroduction. －－ 1.1 Composi-
   |  |te structures. －－ 1.2 Failure -
   |  |of composites. －－ 1.3 Crack an-
   |  |alysis. －－ 1.4 Analytical solu-
   |  |tions for composites. －－ 1.5 N-
   |  |umerical techniques. －－ 1.6 Sc-
   |  |ope of the book. －－ Fracture M-
   |  |echanics, a Review. －－ 2.1 Int-
   |  |roduction. －－ 2.2 Basics of el-
   |  |asticity. －－ 2.3 Basics of LEF-
   |  |M. －－ 2.4 stress intensity fac-
   |  |tor. －－ 2.5 Classical solution-
   |  | procedures for K and G. －－ 2.-
   |  |6 Quarter point singular eleme-
   |  |nts. －－ 2.7 J integral. －－ 2.8-
   |  | Elastoplastic fracture mechan-
   |  |ics (EPFM). －－ Extended Finite-
   |  | Element Method. －－ 3.1 Introd-
   |  |uction. －－ 3.2 Historic develo-
   |  |pment of XFEM. －－ 3.3 Enriched-
   |  | approximations. －－ 3.4 XFEM f-
   |  |ormulation. －－ 3.5 XFEM strong-
   |  | discontinuity enrichments. －－-
   |  | 3.6 XFEM weak discontinuity e-
   |  |nrichments. －－ 3.7 XFEM crack -
   |  |tip enrichments. －－ 3.8 Transi-
   |  |tion from standard to enriched-
   |  | approximation. －－ 3.9 Trackin-
   |  |g moving boundaries. －－ 3.10 N-
   |  |umerical simulations. －－ Stati-
   |  |c Fracture Analysis of Composites.
505|0 |▼a4.1 Introduction. －－ 4.2 Ani-
   |  |sotropic elasticity. －－ 4.3 An-
   |  |alytical solutions for near cr-
   |  |ack tip. －－ 4.4 Orthotropic mi-
   |  |xed mode fracture. －－ 4.5 Anis-
   |  |otropic XFEM. －－ 4.6 Numerical-
   |  | simulations. －－ Dynamic Fract-
   |  |ure Analysis of Composites. －－-
   |  | 5.1 Introduction. －－ 5.2 Anal-
   |  |ytical solutions for near crac-
   |  |k tips in dynamic states. －－ 5-
   |  |.3 Dynamic stress intensity fa-
   |  |ctors. －－ 5.4 Dynamic XFEM. －－-
   |  | 5.5 Numerical simulations. －－-
   |  | Fracture Analysis of Function-
   |  |ally Graded Materials. －－ 6.1 -
   |  |Introduction. －－ 6.2 Analytica-
   |  |l solution for near crack tip.-
   |  | －－ 6.3 Stress intensity facto-
   |  |r. －－ 6.4 Crack propagation in-
   |  | FGM composites. －－ 6.5 Inhomo-
   |  |geneous XFEM. －－ 6.6 Numerical-
   |  | examples. －－ Delamination/Int-
   |  |erlaminar Crack Analysis. －－ 7-
   |  |.1 Introduction. －－ 7.2 Fractu-
   |  |re mechanics for bimaterial in-
   |  |terface cracks. －－ 7.3 Stress -
   |  |intensity factors for interlam-
   |  |inar cracks. －－ 7.4 Delaminati-
   |  |on propagation. －－ 7.5 Bimater-
   |  |ial XFEM. －－ 7.6 Numerical exa-
   |  |mples. －－ New Orthotropic Fron-
   |  |tiers. －－ 8.1 Introduction. －－-
   |  | 8.2 Orthotropic XIGA. －－ 8.3 -
   |  |Orthotropic dislocation dynami-
   |  |cs. －－ 8.4 Other anisotropic a-
   |  |pplications. －－ References. －－ Index.
520|  |▼a"This book describes the bas-
   |  |ics and developments of the ne-
   |  |w XFEM approach to fracture an-
   |  |alysis of structures and mater-
   |  |ials, providing state of the a-
   |  |rt techniques and algorithms f-
   |  |or fracture analysis of struct-
   |  |ures. It offers numeric exampl-
   |  |es at the end of each chapter,-
   |  | as well as an accompanying we-
   |  |bsite, which will include MATL-
   |  |AB resources, executables, dat-
   |  |a files, and simulation proced-
   |  |ures of XFEM"－－Provided by publisher.
650| 0|▼aComposite materials▼xFracture.
650| 0|▼aComposite materials▼xFatigue.
650| 0|▼aFracture mechanics.
650| 0|▼aFinite element method.
650| 7|▼aSCIENCE / Mechanics / Genera-
   |  |l.▼2bisacsh
998|  |▼aSJT

1. 温馨提示：只有“所在馆位置”为“社科自科借阅室、文学借阅室”且“馆藏状态”为“在馆”的图书才能借出，其他“馆藏地点”的书均不可借出。
2. “所在图书馆”为“典阅室”的图书只能在室内阅览。
3. 查询期刊“现刊架号”请查“报刊指南->期刊分类查询表”。