授权发明专利：

1.一种拉幅热定型机烘箱结构优化方法[P]. ZL201711012115.2.

2.一种拉幅热定型机烘箱结构[P]. ZL201711012110.X.

3.支撑架为翼型叶片的无动力风机[P]. ZL201610188057.8.

4.一种防血细胞损坏的微型离心血液泵及其循环供血方法[P]. ZL201710295443.1.

5.一种多级预旋的微型螺旋泵及其工作流程[P]. ZL201710417739.6.

6.一种具有自调节叶片的微小型离心血液泵[P]. ZL201710307309.9.

登记软件著作权：

1.跨音速叶片吸力面/压力面递推造型和叶片强度自动校准软件V1.0[P]，2023SR0253008.

2.基于出口背压迭代的跨音速叶栅来流马赫数自动校准系统V1.0[P]，2023SR0400841.

3.跨音速叶型多目标气动优化设计系统V1.0[P]，2023SR1208726.

1.Kunhang Li,FanjieMeng,KaibinWang, et al. Performance-driven multi-objective optimization method for DLR transonic tandem cascade shape design[J]. Journal of Thermal Science. 2023, 32, 297-309. (SCI,轴流压气机)

2.Kunhang Li,FanjieMeng,PengboTang, et al. Experimental investigation of the transonic shock oscillation characteristics in a heavy-duty gas turbine compressor cascade[J]. Journal of Thermal Science. 2023, 32, 1074-1088. (SCI,轴流压气机)

3.Kunhang Li,PengboTang,FanjieMeng, et al. Vortex structure topology analysis of the transonic rotor 37 based on large eddy simulation[J].Machines. 2023, 11, 334. (SCI,轴流压气机)

4.Kunhang Li,WenqianXu and Hua-Shu Dou. Flow stability in a miniature centrifugal pump under the periodic pulse flow[J]. Energies, 2021, 14, 8838. (SCI,离心泵)

5.Kunhang Li, Xiaoping Chen, Hua-Shu Dou, et al. Study of flow instability in a miniature centrifugal pump based on energy gradient method[J]. Journal of Applied Fluid Mechanics, 2019,12(3), 701-713.（SCI,离心泵）

6.Kunhang Li, Hua-Shu Dou, Boo Cheong Khoo, et al. Mechanism of tubular pinch effect of dilute suspension in a pipe flow based on energy gradient method[C], International Symposium of Cavitation and Multiphase Flow (2016，两相流)

7.李昆航，王蛟，宋波等. F级重燃进口1.5级压气机气动特征的数值分析[C].第六届中国国际透平机械学术会议. No. 2024-b22I07. (轴流压气机)

8.李昆航，孟凡杰，唐鹏博等.跨音速叶栅流动中激波震荡现象的实验研究和机理分析[C]. 2021年中国工程热物理学会热机气动热力学与流体机械学术会议.No. 217224. (轴流压气机)

9.李昆航，唐洁，孟凡杰等. AVDR对跨音速叶栅气动性能和激波特征的影响机制研究[C]. 2023年中国工程热物理学会热机气动热力学与流体机械学术会议. No. 37-002. (轴流压气机)

10.另有压气机、水泵和离心风机相关的SCI论文3篇，EI论文2篇，其他论文6篇。