D03. ISHIGURO Tomiko, OGAWA Satoru, WADA Yasuhiro, MASUYA
Goro:
Numerical computations of supersonic chemically
reacting flows using hydrogen-air combustion models .... 565
D04. REDDY K. Viswanath, FUJIWARA Toshi:
Chemically nonequilibrium flow over a blunted
cylinder at high angles of attack ...................... 573
D05. FUJIWARA Toshi, MATSUO Akiko:
Oxyhydrogen oblique detonation supported by two-
dimensional wedge ...................................... 580
D06. NAGAOKA Makoto, KAWAZOE Hiromitsu, OHSAWA Katsuyuki:
Prediction of the fuel-air mixture formation process
in a gasoline engine ................................... 587
D08. GU Chun-Yuan, FUCHS Laszlo:
Computations of Euler equations in three
dimensional complex geometries ......................... 595
Dll. WATANABE Yoshi, OSHIMA Yuko:
Numerical and experimental study of flow field in
a console .............................................. 601
D12. SUNAYAMA Yoshihiko, OYAMA Makoto, TERADA Yoshiyuki,
ABE Jumpei, OGATA Hiroyuki, SAKAGAMI Kentaro, ITO
Yukio, OBA Risaburo:
Numerical simulations of locally fluctuating flows
near the leading- and the trailing edge of
a hydrofoil in a steady inflow ......................... 607
D13. SHIMURA Masayuki, KAWAHARA Mutsuto:
A finite element flow analysis on the open boundary
problems ............................................... 613
D14. HORINOUCHI Nariaki, KONDOH Tsuguo:
Numerical investigation of the flow around a road
vehicle ................................................ 618
D15. JIA Wei, NAKAMURA Yoshiaki, YASUHARA Michiru.
KUWABARA Kosei:
Numerical simulation of incompressible flows ........... 626
D16. COHEN Roger:
Reduced Navier-Stokes solutions for axial corner
flows .................................................. 634
D17. KAWAMURA Tetsuya, IWATSU Reima:
Numerical simulation of Taylor-Couette flow ............ 639
D18. TAMURA Tetsuro, KUWAHARA Kunio:
Direct finite difference computation of turbulent
flow around a circular cylinder ........................ 645
D19. IZUTSU Naoki:
Interactions and transformations of vortical flow
fields visualized by computer graphics ................. 651
D20. TAKEUCHI Hideyuki, OSHIMA Koichi:
Numerical simulation of merging of viscous vortex
blobs .................................................. 653
D21. KAMEMOTO Kyoji, KAWATA Yutaka, IMAMURA Kenji, KANEKO
Tohru:
Numerical simulation of vortex-formation processes
near the bottom of underflow gates ..................... 658
D22. NISHIKAWA N., AKUNE O., HAJIMA Y.:
Numerical investigation of channel flows with
obstacles .............................................. 664
D23. ISHIDA Yoshihiro, MURAKAMI Shuzo, KATO Shinsuke:
Room airflow simulation with complex geometric shape ... 671
D24. TAKAKURA Yoko OGAWA Satoru ISHIGURO Tomiko:
Turbulence models for 3D transonic viscous flows II .... 680
D25. MIYATA Hideaki, KAWANO Takeshi:
Pseudo-physical transition to turbulence on a
suddenly stopped flat-plate ............................ 686
D28. AKI Takayuki:
A computer study on implosion of polygonally
interacting shocks and consecutive explosion in a
box .................................................... 691
D29. MATSUDA Takuya, SEKINO Nobuhiro, SAWADA Keisuke,
SHIMA Eiji:
Numerical simulations of cosmic gas dynamics and
their visualization .................................... 698
D30. TANAKA Ken-ichi, TSUCHIYA Kazuo, KAITA Keiji, NISHIDA
Michio:
Computational simulation of arcjet thruster flow
fields ................................................. 704
D31. YAMAMOTO Satoru, DAIGUJI Hisaaki:
A numerical method for solving the unsteady
compressible Navier-Stokes equations ................... 710
D32. YAMAMOTO Yukimitsu, SUZUKI Naoyuki, MORI Katsumi:
Numerical simulation of hypersonic viscous flow for
the design of Japanese H-II orbiting plane (HOPE) ...... 716
D34. HORIBATA Yasuyoshi:
Numerical simulation of thermal convection with a
large temperature variation in a vertical cylindrical
cavity ................................................. 721
P01. KIKUCHI Kazuo, ASAHI Hiroaki, MORI Kenji, HASHIMOTO
Tadao, TANAKA Atsushige, ISHIKAWA Yoshiaki:
Flow dependent grid for aerodynamic designers .......... 727
P03. WAKISAKA Tomoyuki, SHIMAMOTO Yuzuru, ISSHIKI Yoshihiro:
Simulating high-Reynolds number flows through
constricted passages by means of third-order upwind
differencing ........................................... 732
P06. KATO Yasumasa, TANAHASHI Takahiko:
Numerical simulation of transient flow in cubic
vessels using three dimensional GSMAC FEM .............. 741
P08. HASHIMOTO Masataka, HIROSE Naoki, OHNUKI Takeshi:
Transonic aerodynamics analysis of unconventional
wing configurations by 3D-Euler code ................... 746
P09. MATSUSHIMA Kisa, TAKANASHI Susumu, FUJII Kozo:
Navier-Stokes computations for the investigation
of flow fields about a space-plane ..................... 753
Pll. MATSUDA Yasuhiro:
Finite element formulation for one-dimensional
convection-diffusion equation using error analysis
approach ............................................... 759
P12. GUSTAFSSON Bertil, NORDSTRÖM Jan:
Boundary conditions for the Navier-Stokes equations
at an artificial boundary intersecting a solid
boundary ............................................... 768
P13. OKUDA Hiroshi, FUCHS Laszlo, YAGAWA Genki:
A new iterative technique of the finite element
method based on the transformation of variables ........ 775
P14. KONDO Norio, TOSAKA Nobuyoshi, NISHIMURA Toshio:
Third-order upwind finite element methods for
incompressible Navier-Stokes equations ................. 780
P17. ISHIGAKI Hiroshi, UEDA Shuichi:
Developing laminar flow in curved pipe and
bifurcation in fully developed region .................. 786
P19. OSHIMA Koichi, KANDA Hidesada, ISHII Yoshio, CHEN
Han-Lin:
Numerical simulation of unsteady pipe flows ............ 792
P20. SHIROSE Yasushi:
Numerical prediction of the turbulent friction drag
reduction by LEBU ...................................... 798
P21. HASEGAWA Tatsuya, YAMAGUCHI Shigeki, ARAI Atsuhiro:
Vortex simulation of a confined two-dimensional jet .... 805
P22. ASO Shigeru, HAYASHI Masanori, FUTATSUDERA Naoki,
FUJIMOTO Atsushi:
Numerical simulation of separated flows around
a wing section by discrete vortex method ............... 810
P32. CHUSHKIN P.I., SHURSHALOV L.V., KOROBEINIKOV V.P.:
Model of flight and blast of cosmic bodies in
the atmosphere ......................................... 817
P33. KOSACHEVSKAYA E.A., KOSACHEVSKIJ L.Ya:
Heated porous layer impregnation by non-Newtonian
fluid .................................................. 822
P36. SHURSHALOV L.V.:
Flight and blast of cosmic bodies ...................... 825
P37. STULOV V.P.:
Computational aerodynamics of meteors .................. 830
P40. NANBU Kenichi, IGARASHI Saburo, MATSUMOTO/Tatsuya:
Aerodynamic drag of hypersonic astrotrain .............. 834
P41. IGARASHI Saburo NANBU Kenichi:
Rarefied flows in front of a piston in a shock tube
- the Boltzmann and Navier-Stokes approaches ........... 840
P42. ISHII Masahiro, ABE Takashi:
Direct Monte-Carlo simulation of high energetic
atomic oxygen impinging on material surfaces ........... 846
P43. OKAMOTO Takashi, KAWAHARA Mutsuto:
Large amplitude sloshing analysis in a multi-sloped
wall boundary container by finite element method ....... 851
P44. NADAOKA Kazuo, YAGI Hiroshi:
A numerical simulation of wave boundary layer by
C.I.C. method .......................................... 857
P45. SAWARAGI Toru, NOCHINO Masao:
Water wave breaking on uniform slope ................... 862
P51. TOMIDOKORO Goro:
Three-dimensional numerical model for open channel
flows .................................................. 867
P53. KASHIYAMA Kazuo, OKADA Tsuyoshi:
Automatic mesh generation for shallow water flow ....... 875
P55. KADOWAKI Satoshi:
Numerical simulation of hydrodynamic flame stability ... 882
P56. FUJII Hiroshi, NAKANO Michio, TAMURA Masato, YOSHIKAWA
Norihiko:
Application of Lomax-Bailey implicit scheme to
reactive flows ......................................... 887
P58. KUBOTA Makoto, MURATA Kaoru, KAWAI Toshio:
Steps toward full automatic nature simulator by
nature algorithm using highly parallel computer ........ 893
P60. ABE Kenichi, KONDOH Tsuguo:
Numerical investigation of the flow in a torque
converter .............................................. 901
P61. KAWAMURA Tetsuya, KUBO Shuzo:
Numerical simulation of wing in ground effect .......... 907
P62. FANG Chingying, TAKAGI Toshimi, OKAMOTO Tatsuyuki:
Numerical computation on transient evaporating and
non-evaporating sprays ................................. 913
P63. YASUDA T., HARA M., TANAKA M.:
A computational model of the deformation including
overturning of a solitary wave over a submerged
obstacle ............................................... 919
P64. HISHIDA Manabu, HAYASHI A. Koichi:
Numerical simulation of a shock wave - solid
particle layer interaction ............................. 925
P65. MATSUMOTO T., MATSUZAKI Y., IKEDA T.:
Oscillatory flows in a two-dimensional collapsible
channel ................................................ 933
P67. NISHIDA Michio, FUJISAKI Akira:
High-speed inlets for air in chemical equilibrium ...... 939
P69. REDDY K. Viswanath, FUJIWARA Toshi, MURAYAMA Toshi:
Thermo-chemically nonequilibrium hypersonic flow
around an axisymmetric blunt body ...................... 945
P73. ABE Akihisa, TAKAYAMA Kazuyoshi, SAKURAI Akira,
YAMADA Kiyoshi:
Shock wave refraction at an air/water interface ........ 952
P74. HONMA Hiroki, XU D-Q., GLASS I.I.:
Nonlinear effects on weak spherical N-waves in air
with vibrational excitation ............................ 958
P75. JYOUNOUCHI Tadamasa, TSUZIMURA N., YASUHARA Michiru:
Flux vector splitting scheme for the equation of
ideal magnetohydrodynamics ............................. 964
P76. SUGINO Ryuzaburo, TOSAKA Nobuyoshi:
Boundary element analysis of non-linear free
surface problems ....................................... 970
P77. CHOI Jang-Soo, SUGIYAMA Yoshiyuki:
Prediction of tip-clearance effects on a wing by the
panel method ........................................... 976
P78. TSUBAKISHITA Yasuji, YOSHIKAWA Takao:
Simulation of sound propagation in axisymmetric jet .... 982
P79. TAKAHASHI Yoshiki, FUJIWARA Toshi:
Supersonic viscous shear layers ........................ 988
P80. TESHIMA Koji:
Three-dimensional structure of a supersonic free
jet issuing from a rectangular orifice ................. 993
P81. MAEKAWA Hiroshi, MANSOUR Nagi N., BUELL Jeffery C:
Growth of randomness in a spatially developing wake ... 1000
P83. ENOMOTO Shunji, ARAKAWA Chuichi:
An application of the multigrid methods for
turbulent flow calculation ............................ 1006
P85. KURODA A., KASAGI N., HIRATA M.:
A direct numerical simulation of the fully
developed turbulent channel flow at a very low
Reynolds number ....................................... 1012
P87. MATSUMOTO Yoshihisa, SHIOJIMA Takeo, DAIGUJI Hisaaki:
A convective-difference scheme using an arbitrary
shaped grid for analyzing incompressible viscous
flows ................................................. 1018
P89. TAKEDA Hiroshi:
Finite-difference scheme of O(Δt2) for
incompressible Navier-Stokes equations ................ 1024
P90. FUTAGAMI Tanehiro:
Efficient simplex algorithm for the finite
difference and dynamic linear programming method in
optimal potential control ............................. 1029
P91. WANG Jian-ping, NAKAMURA Yoshiaki, YASUHARA Michiru:
Several improvements of spectral method in
compressible flow calculation ......................... 1035
P92. NOTO Katsuhisa, MAEDA Shin'ichi:
Bench mark solution of wall characteristics in 3-d
external natural convective flow ...................... 1043
P93. OKANAGA Hiroo, TANAHASHI Takahiko:
Numerical analysis of three dimensional natural
convection flow using GSMAC finite element method ..... 1049
P94. DARCOVICH K., TALBOT F.D.F., CAPES C.E.:
Hydrodynamic interaction in mineral floatation:
Moving boundary aspects ............................... 1055
REFERENCES ................................................... 1063
Authors' Index ............................................... 1111
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