获奖情况:
1.专用项目,国防技术发明一等奖,工业和信息化部,省部级一等奖,1/6,2025
2. 专用项目,国家技术发明二等奖,国务院,国家级二等奖,2/6,2024
3. 国家级创新团队,工业和信息化部,带头人,2021
4. 专用项目,国防科学技术进步二等奖,工业和信息化部,省部级二等奖,1/6,2017
5. 冯如航空科技精英奖,中国航空学会,1/1,2025
发明专利:
1. 李海旺;朱晓华;李晓琳;刘松;由儒全;谢刚;程荣辉;郭文,一种应用于涡轮导叶吸力面的变孔径冲击冷却结构,ZL202310060971.4.
2. 陶智;李海旺;由儒全;李秋实;潘天宇;施锦程,一种基于旋转热膜设备的测试方法及其应用, ZL202210292080.7.
3. 李海旺,李晓琳,张学姣,由儒全,郭文,刘松,陶智,贺进, 一种复合倾斜涡轮导向叶片型面单排气膜冷却孔流量系数测量方法,ZL 202210478475.6.
4. 李海旺; 由儒全;王显煜;陈文彬; 张学姣; 车俊新, 一种带壁面扰流肋的层板冷却结构, ZL 202511361410.3.
5. 李海旺;张学姣;郭泰然;由儒全, 一种多维高分辨涡轮叶片热-流耦合场同步测量方法及系统, ZL 202511442679.4.
代表性论文:
1. Li H, Qi X, Zhang X, You R* ,et al. Flow and heat transfer characteristics of droplet-shaped pin-fin channel under rotational conditions[J]. International Journal of Heat and Mass Transfer, 2025, 248: 127220.
2. Li H, Kong W, Wang M, You R*. A correction method based on CGAN for scaling criteria of turbine blades in high radiation environments[J]. Energy, 2025, 322: 135711..
3. Li Haiwang, Wang Meng, You Ruquan*, Liu Song. Thermal radiation correction formula of the scaling criteria for film cooling of turbine blades[J]. Energy, 2023, 282: 128965.
4. Zhi Tao, Ruquan You, Yao Ma, Haiwang Li*. Temperature and Velocity Characteristics of Rotating Turbulent Boundary Layers Under Non-Isothermal Conditions[J]. Physics of Fluids 34, 065138 (2022).
5. H. Li, M. Wang, R. You*, Impact of radiative heat flux on turbine blade heat transfer in high temperature environments[J]. Applied Thermal Engineering, 2022, 212: 118505.