获奖情况:
(1)2024年XXX青年人才计划
(2)2023年北京市科技新星计划创新新星
(3)2023年国家级一流本科生课程
(4)2018年教育部技术发明一等奖(排名第6)
发明专利:
(1)茹毅,尹青松,杜博暄,耿粒伦,王琪,赵文月,张恒,裴延玲,李树索,宫声凯,一种单晶镍基高温合金及其元素组分设计方法,2022,ZL202211577803.4
(2)茹毅,杜博暄,裴延玲,李树索,宫声凯,一种单晶高温合金中 Ni₃Al 相基体化的热处理方法,2022,ZL202210133626.4
(3)茹毅,叶菲,宋杨,杜博暄,裴延玲,李树索,王文文,宫声凯,一种 [111] 取向单晶高温合金的高通量制备方法,2023,ZL202310994112.2
(4)茹毅,李凌恺,史克炜,王文远,邱璐,董少静,气冷涡轮叶片模拟件多学科融合试验分析方法、设备及介质,2024,ZL202410401156.4
(5)茹毅,胡云鹏,周希晨,张恒,赵文月,裴延玲,李树索,宫声凯,肖清云,张昊,古鸣,陈犇,一种镍基单晶高温合金的恢复热处理方法,2022,ZL202211354693.5
代表性论文:
[1] Yuanhang Gao, Yi Ru*, Shengkai Gong*, et al. Full-operating-temperature tensile mechanisms of [111] oriented single-crystal superalloy: New intermediate temperature toughening behavior against ductility losing, Journal of Materials Science & Technology, 2025, 212, 207–222.
[2] Yunpeng Hu, Yi Ru*, et al. Sub-solvus solution rejuvenation heat treatment enhances intermediate-temperature creep resistance of superalloys beyond original properties, Materials Science & Engineering A, 2026, 953, 149737.
[3] Haozhang Hou, Zexu Sun, Yi Ru*, et al. Thermoelastic mechanism of matrix cracking behavior of cross-ply melt-infiltrated SiC ceramic matrix composites, Composites Part A, 2025, 198, 109138.
[4] Wenguo Jiang, Yi Ru*, et al. High-temperature viscoelastic mechanism for SiC fibers to elucidate creep and recovery behaviors, Materials & Design, 2025, 259, 114755.
[5] Yi Ru*, Bin Hu, et al. Topologically inverse microstructure in single-crystal superalloys: microstructural stability and properties at ultrahigh temperature, Materials Research Letters, 2021, 9:12, 497-506.