Proceedings

ICAF 2023
Delft, The Netherlands, 2023
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Authors Index

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Author Manuscripts
Xijia WU
30 Microstructure-based computational fatigue life prediction of polycrystalline alloys
James Walker
NASA
12 NASA NDE fracture critical detectable flaw sizes history and methodology
Xiaguang Wang
82 Study on bonding degradation of PZT sensor based on guided wave structure health monitoring
Binwen Wang
Aircraft Atrength Research Institute
86 Low-cycle fatigue property and life prediction model of TC18 titanium alloy material
Bintuan Wang
62 Study on fatigue and crack propagation of titanium alloy laminated structure
Xin Wang
Carleton University
57 Investigation of the tensile/compressive residual stresses in AISI 4340 steel under low-cycle fatigue loading
Bin Wang
138 Opmimization of hybrid composite-metal joints
Yanfei Wang
Peking University
87 High strength and ductility across size scales: 3D printed metal materials with microscale heterostructure
Wandong Wang
97 Bonded prestressed method for fatigue crack repair
Mengmeng Wang Wang
Aircraft Strength Research Institute of China
63 Rigid loading accelerates full-scale aircraft fatigue test
Russell Wanhill
Retired
7 The lead crack concept history 30 years on
Jacob Warner
USAF A-10 ASIP
56 The A-10 Warthog damage tolerance and residual stresses in transition
29 The engineered residual stress implementation (ERSI) working group
Peter Webb
44 Some observations to recent full-scale fatigue tests
Sven Werner
Airbus Operations GmbH
143 Testing of a cocured compsite frame panel by the applications of vacuum as an alternate to frame bending test
Gary Whelan
QuesTek Innovations LLC
33 Using digital twins to accelerate qualification and certification of fatigue critical components
X.R Wu
AECC Beijing Institute of Aeronautical Material
23 Three-dimensional weight function analyses and stress intensity factors for general surface and corner crack emaninating from circular hole
Xijia Wu
National Research Council Canada
10 Fatigue life prediction of metallic materials using the Tanaka-Mura-Wu model

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