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The Institute of Space and Aeronautical Science Report SP 

No. 
Year 
Author 
Title 
4  1986.3  Proceedings of the Symposium on Mechanics for Space Flight.  
K. Oshima  Preface  
R. Takaki and A.K.M.F. Hussain  Theoretical Study of Strong Interaction of Vortex Filaments.  
S. Kawabara  Studies on Vortex Motion Based on the Dividing Vortex Model.  
H. Nakajima and Y. Yoshizawa  A Description of a Turbulent Flow Past a Circular Cylinder by Discrete Vortex Method.  
T. Kambe, T. Minota and Y. Ikushima  Acoustic Waves Emitted by VortexBody Interaction.  
Y. Ishii and Y. Oshima  Study of ThreeDimensional Separation on a Spheroid at Incidence.  
N. Nishikawa, A. Suzuki and S Akiyama  Images of Three Dimensional Flows in Computer Graphics.  
M. Katagiri  On Accurate Numerical Solution of FalknerSkan Equation.  
H. Kanda  Numerical Study of Entrance Flow of a Circular Pipes.  
K. Teshima and H. Nakatsuji  Numerical Simulation on TwoDimensional Freejet FlowFields.  
Y. Sakurai and H. Kimura  Technical Overview of Plume Radiation from a Solid Rocket Motor.  
H. Kuninaka and K. Kuriki  TwoDimensional Analysis of High Voltage Solar Array Interfering with Ionospheric Plasma.  
K. Etori  Analysis on Gravitational Effect to Nonlinear Diffusion System of Vapor Molecules in a Heat Pipe.  
M. Kamata and Y. Ikeda  Effect of Surplus Standing Liquid on Heat Transfer Resistance in the Heat Pipe (with Mesh Wick in a Horizontal Mode).  
K. Nigishi, K. Kaneko and F. Kusumoto  Dynamic Heat Transfer Mechanism of Twophase Closed Thermosyphon.  
Y. Tanaka and T. Yamamoto  A Trial on Performance Test Method for CuWater Heat Pipe.  
Y. Miyazaki and Y. Ido  High Capacity Heat Pipe with Axial Grooves.  
K. Oka, H. Tsuchihashi, Y. Nishimura, T. Mohtai, M. Mochizuki, K. Mashiko and H. Yamanouchi  Operating Characteristics of Cooling Underground Power Cables Using UpSloped Long Heat Pipes in Conduit.  
K. Oshima  Report on International Symposium on Computational Fluid Dynamics  Tokyo.  
Chushkin, P.I. And Voskresensky, G.P.  Computational Aerodynamics of Supersonic Lifting Vehicles.  
Kovenya, V.M., Tarnavsky, G.P. and Cherny, S.G.  Numerical Modeling of Spatial Flows on the Basis of Splitting Up Method.  
Tolstykh, A.I.  Third Order Compact Schemes for Fluid Dynamics Problems.  
Voskresensky, G.P.  Supersonic Flow Around Tip Sides of Wings.  
Dobrowolski, B. and Kabza, Z.  An Improved PSICell Method for Turbulent MultiPhase Flows.  
Zapryanov, A. and Toshev, E.  Hydrodynamic and Thermal Interaction Between Two Spheres in a Steady Viscous Flow.  
Brushlinsky, K.V.  Mathematical and Computational Models of Plasma Flows.  
Zhurin, V.V. and Shpiolin, A.V.  The Numerical Method of the TwoDimensional Stationary ElectroGasdynamic Internal Flows Computation.  
Samarskii, A.A., Gerasimov, B.P., Elizarova, T.G., Kalachiskaya, I.S., Karagichev, A.B.,Lesunovsky, A.V. and Semushin, S.A.  Computer Simulation in Engineering Hydrodynamics. 
 No.1  No.2  No.3  No.4  No.5  No.68  No.910  No.1112  No.13  No.14  No.1517  
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