在研课题 　　国家青年科学基金（11602097）“具有前弯形叶片叶轮的液力透平内部流动与设计理论”课题 20万元； 　　四、已结题 　　国家科技人员服务企业行动项目（2009GJC10007）“余压液体能量回收用液力透平的开发与应用‘’130万； 　　江苏省青年科学基金（BK20130517）“液力透平叶轮内部流动与设计理论研究” 20万元。

　共发表学术论文30余篇，其中SCI检索论文7篇，EI检索论文18篇； 发表论文 　　【1】Yang S S, Liu H L, Kong F Y, Xia B. Tan L.W.. Effects of the Radial Gap Between Impeller Tips and Volute Tongue Influencing the Performance and Pressure Pulsations of Pump as Turbine. Journal of Fluids Engineering, 2014, 136(5):150-164.SCI检索 　　【2】Yang S S, Wang C, Chen K, et al. Research on Blade Thickness Influencing Pump as Turbine. Advances in Mechanical Engineering, 2014:1-8.SCI检索 　　【3】Yang SS, Liu H L,Kong F-Y,Dai C, Dong L. Experimental, Numerical, and Theoretical Research on Impeller Diameter Influencing Centrifugal Pump-as-Turbine,2013,139(4),1-13. SCI检索 　　【4】Yang S.S, Kong F Y,Qu X Y, Jiang W M, Influence of blade number on performance and pressure pulsations in a pump used as a turbine. Journal of Fluids Engineering, 2012,12(134):1-10 SCI检索. 　　【5】Yang S S, Derakhshan S, Kong F.Y. Theoretical, numerical and experimental prediction of pump as turbine performance. Renewable Energy, 2012:507-513, SCI检索, 　　【6】Yang S S, Kong F Y, Jiang W M, Qu X Y. Research on impeller trimming to the influence of pump as turbine . Computer & fluids, 2012(67):72-78, SCI检索. 　　【7】Yang S S, Kong F Y, Chen H Su X H. Effects of blade wrap angle influencing pump as turbine. Journal of Fluids Engineering,2012(134):1-8, SCI检索.