On the force and moment acting on a body in shear flow《物体在剪切流中所受的力和力矩》1943
The flow of a compressible viscous fluid through a straight pipe.1943 《可压缩黏性流体在直管中的流动》
Two dimensional irrotational mixed subsonic and supersonic flow of a compressible fluid and the upper critical Mach number 1946 《可压缩流体二维无旋亚声速和超声速混合型流动及上临界马赫数》
On the stability of transonic flows 1947《跨声速流的稳定性》
The propagation of a spherical or a cylindrical wave of finite amplitude and the production of shock waves 1947 《有限振幅球面波或柱面波的传播及激波的产生》
Two-dimensional irrotational transonic flows of a compressible fluid，1948 《可压缩流体二维无旋跨声速流动》
On the hodograph method 1949 《速度图方法》
Two-dimensional transonic flow past airfoils 1951 《绕翼型的二维跨声速流》
On the stability of two-dimensional smooth transonic flows 1951 《论二元光滑跨声速流的稳定性1》
0 On the flow of an incompressible viscous fluid past a flat plate at moderate Reynolds
numbers 1953《中等雷诺数下不可压缩黏性流体绕平板的流动》
Reflection of a weak shock wave from a boundary layer along a flat plate.I：Interaction of weak shock waves with laminar and turbulent boundary lavers analyzed by momentum-integral method 1953《弱激波从沿平板的边界层的反射Ⅰ：用动量积分方法分析弱激波与层流和湍流边界层的相互作用》
Reflection of weak shock wave from a boundary layer along a flat plate.Ⅱ：Interaction of
oblique shock wave with a laminar boundary layer analyzed by differential-equation method 1953 《弱激波从沿平板的边界层的反射Ⅱ：用微分方程方法分析斜激波与层流边界层的相互作用》
Plane subsonic and transonic potential flows 1954 《平面亚、跨音速势流》
A similarity rule for the interaction between a conical field and a plane shock 1955 《锥型流和激波相互作用的相似律》
Viscous flow along a flat plate moving at high supersonic speeds I 1956 《沿高超声速运动平板的黏性流动1》
Viscous flow along a flat plate moving at high supersonic speeds 1956 《沿高超声速运动平板的黏性流动II》
The effects of Prandtl number on high-speed viscous flows over a flat plate 1956(普朗特数对绕平板高速黏性流的影》
Compressible viscous flow past a wedge moving at hypersonic speeds 1956 《楔的高超声速可压缩黏性绕流》
Dissociation effects in hypersonic viscous flows 1957 《高超声速黏性流动中的离解效应》
^Hsue-shen Tsien and Yung-huai Kuo, Two Dimensional Irrotational Mixed Subsonic and Supersonic Flow of a Compressible Fluid and the upper Critical Mach Number;Guiggenheim Aeronautic Laboratory, Caltech, Pasadena, Calif. 1945
^Kuo Y.H. On the Flow of an inompressible viscous fluid past a flat plate at moderate Reynolds number, J. Math and Phys. 1953,32;83
^钱学森 The Poincare-Lighthill-Kuo Method,Advances in Applied Mechanics vol4, Academic Press pp281-349 1955; 钱学森文集（英文版）793-854页，上海交通大学出版社 2011
