Authors Index

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Author	Manuscripts
Nicola Zavatta University of Bologna	117 Simulation of crack growth in adhesively bonded joints via cohesive zone models
Xiang Zhang Coventry University	111 Fatigue performance and cyclic deformation behaviour of titanium TI-6AL-4V additively manufactured by wire + ARC directed energy deposition
Terry Zhang Drexel University	101 Characterization of MSD in emerging metallic structures in fuselage lap joints
Yanjun Zhang AVIC, China	68 Study on the Clustering Method of Flights and Life Prediction for Individual Aircraft Tracking
Zhong Zhang	10 Fatigue life prediction of metallic materials using the Tanaka-Mura-Wu model 30 Microstructure-based computational fatigue life prediction of polycrystalline alloys
Bo Zhang Shanghai Jiao Tong University	23 Three-dimensional weight function analyses and stress intensity factors for general surface and corner crack emaninating from circular hole
Zhinan Zhang	62 Study on fatigue and crack propagation of titanium alloy laminated structure
Jipeng Zhang	62 Study on fatigue and crack propagation of titanium alloy laminated structure
Lei Zhang Zhang Aircraft Strength Research Institute of China	63 Rigid loading accelerates full-scale aircraft fatigue test
Wei Zhang Zhang Aircraft Strength Research Institute of China	63 Rigid loading accelerates full-scale aircraft fatigue test
Lixin Zhang	3 Optimization of selecting strain measurement locations for distributed load recovery from strain measurements
Yuan Zhao	62 Study on fatigue and crack propagation of titanium alloy laminated structure
Tianjiao Zhao	62 Study on fatigue and crack propagation of titanium alloy laminated structure
Haitao Zhao AVIC Manufacturing Technology Institute	27 Influence of microstructure on fatigue small crack growth behaviour of 18NI maraging steel weldment
Jianjun Zheng Aircraft Strength Research Institute of China	63 Rigid loading accelerates full-scale aircraft fatigue test
Guiyong Zhong	80 Research on structural damage identification methods for aircraft full scale fatigue test
Jin Zhou Chinese Aeronautical Establishment	87 High strength and ductility across size scales: 3D printed metal materials with microscale heterostructure

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