Yuefeng Gu

Dr. Yuefeng Gu


Research Focus & Metrics

Academic Career Length

5Years (2022-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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29 July 2023 in Acta Materialia
Verified
Journal Article
Closed access
WXWanshun Xia
Wanshun Xia
XZXinbao Zhao
Xinbao Zhao
JWJiangwei Wang
Jiangwei Wang
QYQuanzhao Yue
Quanzhao Yue
YCYuan Cheng
Yuan Cheng
ZZZe Zhang
Ze Zhang

22 January 2024 in Intermetallics
Verified
Journal Article
Closed access
YHYeshun Huang
Yeshun Huang
RZRui Zhang
Rui Zhang
ZZZijian Zhou
Zijian Zhou
PZPeng Zhang
Peng Zhang
JYJingbo Yan
Jingbo Yan
XSXiaofeng Sun
Xiaofeng Sun

11 November 2022 in Journal of Materials Research and Technology
Verified
Journal Article
Open access
HLHao Liu
Hao Liu
XZXinbao Zhao
Xinbao Zhao
YYYong Yuan
Yong Yuan
YDYingying Dang
Yingying Dang
WLWeiqi Li
Weiqi Li
ZZZe Zhang
Ze Zhang

13 December 2022 in Intermetallics
Verified
Journal Article
Closed access
QPQinghai Pan
Qinghai Pan
XZXinbao Zhao
Xinbao Zhao
YCYuan Cheng
Yuan Cheng
QYQuanzhao Yue
Quanzhao Yue
YGYuefeng Gu
Yuefeng Gu
ZZZe Zhang
Ze Zhang

21 August 2023 in Progress in Natural Science: Materials International
Verified
Journal Article
Closed access
FYFangjie You
Fangjie You
XZXinbao Zhao
Xinbao Zhao
QYQuanzhao Yue
Quanzhao Yue
YGYuefeng Gu
Yuefeng Gu
JWJiahui Wang
Jiahui Wang
ZZZe Zhang
Ze Zhang

13 July 2025 in Metals
Verified
Journal Article
Open access
PDF file
YZYu Zhou
Yu Zhou
XZXinbao Zhao
Xinbao Zhao
YFYunpeng Fan
Yunpeng Fan
QYQuanzhao Yue
Quanzhao Yue
WXWanshun Xia
Wanshun Xia
ZZZe Zhang
Ze Zhang
This article presents a review of the composition optimization progress of nickel-based single crystal (SC) superalloy design in recent years in order to obtain better high-temperature performance for the development of the aviation industry. The influence of alloying elements on the creep resistance, microstructure characteristics, oxidation resistance, castability, density, and cost of superalloys is analyzed and discussed. In order to obtain better high-temperature performance, the content of refractory elements (Ta + Re + W + Mo) and Co was increased gradually. The addition of Ru was added in the fourth-generation nickel-based SC superalloy to stabilize the microstructures and suppress the precipitation of the topologically close-packed (TCP) phase. However, the content of the antioxidant element Cr significantly decreased, while the synergistic effect of Al, Cr, and Ta received more attention. Therefore, synergistic effects should also receive more attention to meet the practical needs of reducing the content of refractory elements to reduce costs and density in future single crystal alloy designs without compromising critical performance.