Binghui Ge

Binghui Ge

Anhui University
Email verificata su iphy.ac.cn
Citato da 13752
electron microscopy modulated structure superalloy thermoelectric materials catalyst
Yuefei Zhang（张跃飞）

Yuefei Zhang（张跃飞）

Zhejiang University
Email verificata su zju.edu.cn
Citato da 7968
Nanomechanics in-situ electron microscopy superalloy
Xiao-Min Chen

Xiao-Min Chen

Changsha University of Science and Technology
Email verificata su csust.edu.cn
Citato da 7042
fatigue fracture fatigue crack crystal plasticity model superalloy microstructure
Yunping Li

Yunping Li

Materials Science and Engineering,Central South University
Email verificata su csu.edu.cn
Citato da 6695
Magnesium Alloy Corrosion Superalloy EBM Biomaterials
Duoqi Shi

Duoqi Shi

Beihang University
Email verificata su buaa.edu.cn
Citato da 2893
cyclic plasticity creep fatigue superalloy ceramic matrix composites
Anxin Ma

Anxin Ma

ICAMS, Ruhr-University Bochum
Email verificata su rub.de
Citato da 2499
Crystal Plasticity TRIP Superalloy Strain gradient Dislocation dynamics
Dr R N Ghosh

Dr RN Ghosh

Professor of Metallurgical & Materials Engineering
Email verificata su metal.iitkgp.ernet.in
Citato da 2496
physical metallurgy superalloy steel failure analysis modelling
Michael F. Henry

Michael F. Henry

Metal Science Solutions
Email verificata su metalsciencesolutions.com
Citato da 2230
Fatigue Superalloy
Zhihao Yao (姚志浩)

Zhihao Yao (姚志浩)

University of Science and Technology Beijing; Columbia University; Tohoku University
Email verificata su ustb.edu.cn
Citato da 1804
Superalloy Process Microstructure control
Zaiwang Huang

Zaiwang Huang

University of South Carolina (US), Central South University (China)
Email verificata su engr.sc.edu
Citato da 1663
Nanomechanics Biomaterials Composites Superalloy
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