Advances in fracture and strength: proceedings of the Asian Pacific conference on fracture and strength 2004, Part 1
Trans Tech Publications, 2005 - Technology & Engineering - 2958 pages
This volume comprises selected papers from the Asian Pacific Conference for Fracture and Strength (APCFS'04), held on Jeju Island, Korea during the 6th to 8th October, 2004. During this conference, participants from the Asian-Pacific region gathered in order to exchange the latest experimental, theoretical and computational research on the fracture, strength, integrity and reliability of materials and structures. The proceedings therefore cover all of the fundamental aspects of deformation, fatigue and fracture of materials and structures: ranging from large structural components to micro- and nano-scale devices. Twenty technical sessions were organized: Welding and Joining; Fatigue Control; Environmental Effects upon Fracture and Strength; Creep/Fatigue Interaction; Innovative Testing and Evaluation; Fracture Mechanics; Micro- and Nano-Mechanics; MEMS/NEMS; Electronic Packaging; Bio-Technology Application; Nuclear Component Integrity Assessment; Aging/Degradation Effect upon Structural Integrity; High-Temperature Component Life Assessment; Non-Destructive Evaluation; Risk-Based Maintenance; Impact/Dynamic Effects; Smart/Composite Materials; Reliability and Application; Tribology and Surface Engineering. Overall, these four volumes constitute an incomparable overview of the latest developments in the fields of fracture and strength.
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2005 Trans Tech alloy aluminum/CFRP applied aspect-ratio ASTM behavior braking calculated carbon fiber cermet CFRP CFRP tube components compressive condition copper electroplating crack growth rate crack initiation crack length crack propagation crack tip creep critical plane curve cyclic decreased deformation delamination density displacement distribution effect elastic electroplating equation evaluation experimental failure fatigue limit fatigue source fatigue test finite element analysis flip chip fracture surface fracture toughness fragmentation test increased interfiber distance Keywords Korea KSME laminated layer load LPS-SiC matrix maximum measured mechanical properties metal method microstructure modulus nanoindentation notch obtained online at http://www.scientific.net parameter particle polymer prediction pressure residual stress reversed plastic zone rubber S-N Curve shear strength shot peening shown in Fig shows simulation specimen steel stitching strain amplitude strain rate stress ratio stress-strain structure technique Technology tensile strength thermal thickness Trans Tech Publications variation viscoelastic Young's modulus