Author

Qiang Zou

Institution: Naval University of Engineering

Observed institutions: Nanchang University, Naval University of Engineering, Masteel (China)

ORCID: 0000-0002-1409-4146

Observed ORCID: 0000-0002-1409-4146

OpenAlex ID: A5103032498

Shock-induced energy release reaction characteristics of Nb17Zr33Ti17W33 high entropy alloy

2024 · Wensu Ji, Qiang Zou, et al. · Journal of Alloys and Compounds · 27

Influence of rolling speed on fatigue crack initiation and growth of wheel steel under dry-wet rolling/sliding contact

2023 · Dongfang Zeng, Xi Chen, et al. · Wear · 19

Dynamic Mechanical Behavior and Energy Release Effect of a Novel Nb17Zr33Ti17W33 High-Entropy Alloy under Impact Load

2023 · Wensu Ji, Qiang Zou, et al. · Metals · 13

Research on penetration characteristics of Nb1Zr2Ti1W2 high entropy alloy

2024 · Wensu Ji, Xiaoyun Yin, et al. · Journal of Alloys and Compounds · 11

Influence of Microalloying on the Microstructures and Properties of Spalling-Resistant Wheel Steel

2023 · Tao Cong, Bo Jiang, et al. · Materials · 8

Effects of Molybdenum Addition on Rolling Contact Fatigue of Locomotive Wheels under Rolling-Sliding Condition

2020 · Yanpeng Wang, Pengcheng Xiang, et al. · Materials · 8

Numerical investigation of the formation of white etching layer in wheel steel with high Si and Mn contents

2021 · Tian Xu, Dongfang Zeng, et al. · Engineering Failure Analysis · 7

Penetration Performance and Energy Release Effect of Nb17Zr33Ti17W33 HEAs Energetic Fragments Against Steel Target

2024 · Wensu Ji, Qiang Zou, et al. · JOM · 5

Study on amorphous surface modification of iron-based alloys and their epoxy wettability

2021 · Qiang Zou, Ruru Bai, et al. · Surface Engineering · 4

Experimental study on the surface microstructural evolution and fatigue wear resistance of pearlite wheel steels during rolling-sliding condition

2021 · Hai Zhao, Yizhu He, et al. · Materials Research Express · 1

Works count: 10

Citation count: 103

H-index: 7

I10-index: 4