Vol. 40, No. 3 August 1997 Series B：Fluids and Thermal Engineering

Papers

● Evaluation of Energy Transfer between Grid Scale and Subgrid Scale by Use of Direct Numerical Simulation Data Base（95-0810）

Toshio MIYAUCHI, Mamoru TANAHASHI and Takashi KAKUWA

● Incompressible Navier-Stokes Solver with Extrapolation Method Suitable for Massively Parallel Computing （Application of Extrapolation Method to Linear Equation）（95-2000）

Kenjiro SHIMANO and Chuichi ARAKAWA

● Imcompressible Navier-Stokes Solver with Extrapolation Method Suitable for Massively Parallel Computing （Application of Extrapolation Method to N-S Equations）（95-2001）

Kenjiro SHIMANO, Yoshiyuki HAMAJIMA and Chuichi ARAKAWA

● Implicit CIP（Cubic-Interpolated Propagation） Method in Two Dimensions（97-4008）

Hidekazu MAKUUCHI, Takayuki AOKI and Takashi YABE

● Vortex Structure and Fluid Mixing in Pulsatile Flow through Periodically Grooved Channels at Low Reynolds Numbers（96-4053）

Tatsuo NISHIMURA, Alexandru Mihail MOREGA and Koji KUNITSUGU

● Background-Noise Effects on Modelling Transitional Shear Flows（96-5041）

M.A. BONIFORTI, R. MAGINI and G. SCIORTINO

● Numerical Study of the Mechanism of Wavy Interface Generation in Explosive Welding（95-1580）

Akihisa ABE

● Friction Factor Reduction by Addition of a Surfactant in the Transport of a Water/Particle Slurry in a Pipe（95-1414）

Masao IMANARI, Michio YANADORI, Masayoshi HIRAMATSU and Tomoko KASUGA

● Flooding in Gas-Liquid Countercurrent Two-Phase Flow in Parallel Vertical Pipes（96-0082）

Shin SATO, Jiro KATAYAMA and Hiroshi TAKAHASHI

● Treatment of Transient Heat Transfer among Fluids and Particles in Free Aquifers（96-4054）

Takao YOKOYAMA, Masao HIGASHIURA, Khoichi HIROSE and Toshiaki IIDA

● Numerical Simulations of Detonation in Converging Chambers（96-4019）

Zonglin JIANG, Joseph FALCOVITZ and Kazuyoshi TAKAYAMA

● Chemical Kinetic Investigations of Ignition and Combustion Phenomena in a DI Diesel Engine Fueled with Methanol （Ignition Characteristics of Methanol Mixture） （95-1982）

Jin KUSAKA, Yasuhiro DAISHO and Takeshi SAITO

● Numerical Analysis of Diffusion Combustion of Coal-Gasified Fuel （Effect of Pressure on NOx Formation）（95-2021）

Zhe XU, Mikio SATO, Takeharu HASEGAWA and Toshimi TAKAGI

● Fredholm -Type Boundary Integral Expression of Forced Convection Heat Transfer and Its Application to Convection-Conduction Conjugated Heat Transfer Problem （95-1907）

Kazunari MOMOSE, Kiyoshi SASOH and Hideo KIMOTO

● Freezing of Supercool Water Using Magnetic Fluid（96-0065）

Yasutoshi INATOMI, Lei GAO, Tomohiro HONDA and Hiroyuki YAMASHITA

● Development of High-Performance Coal Gasification Technology for High Ash Fusion Coals （Study on Determination Method of Flux Adding Rate and Coal Blending Ratio）（95-1350）

Masami ASHIZAWA, Jun INUMARU, Saburo HARA, Kazuyoshi ICHIKAWA, Takeshi TAKAHASHI and Teruhide HAMAMATSU

● An Automobile Heating, Ventilating and Air Conditioning （HVAC） System with a Neural Network for Controlling the Thermal Sensations Felt by a Passenger（97-4007）

Matsuei UEDA, Yousuke TANIGUCHI, Akihiko ASANO, Miyo MOCHIZUKI, Tohru IKEGAMI and Takayoshi KAWAI

● Analysis of Lubrication of a Piston Ring Package （Effect of Oil Starvation on Oil Film Thickness）（95-0229）

Shuzou SANDA, Motoichi MURAKAMI, Takashi NODA and Toshiaki KONOMI

● Measurement of Oil Film Thickness Distribution on Piston Surface Using the Lluorescence Method （Development of Measurement System）（95-0228）

Hideto INAGAKI, Akinori SAITO, Motoichi MURAKAMI and Toshiaki KONOMI

● Measurement of Axial Flow Velocity in Cylinder of Reciprocating Engine by Single Incidence- Beam Reference-Mode LDA （95-0693）

Chikashi TAKEDA, Yuji OHTA, Tsuneaki ISHIMA, Kiyoshi ISHII and Tomio OBOKATA

● Velocity Measurement of Free Jets Using Nuclear Hyperfine Structure of I2 （96-0070）

Etsuro HIRAI, Koji TESHIMA, Koichi KURITA and Shigeru TAKAHARA

● Preliminary Intercomparison of Anemometer Calibration Systems at Very Low Speeds between the National Standard Laboratories in Japan and the USA （96-4045）

Yoshiya TERAO, Masaki TAKAMOTO and George E. MATTINGLY