The hot topic on study, technological development and R&D in fluids engineering fields

The hot topic on study, technological development and R&D in fluids engineering fields

Published in December 2016 issue.

Simulation of the opening delay by the oil film stiction in the compressor valve

Fumitaka YOSHIZUMI (Toyota Central R&D Labs., Inc.),
Yasuhiro KONDOH (Toyota Central R&D Labs., Inc.),
Takahiro MOROI (Toyota Industries Corporation),
Shinji TAMANO (Nagoya Institute of Technology)
and Yohei MORINISHI (Nagoya Institute of Technology)

Three-dimensional structure of tip vortex in a half-ducted propeller fan

Kazuya KUSANO(Kyushu University, currently Hitachi, Ltd.),
Masato FURUKAWA (Kyushu University),
and Kazutoyo YAMADA (Kyushu University)


Published in January 2016 issue.

Research on Flow Accelerated Corrosion in Carbon Steel Piping

Yoichi UTANOHARA, Michio MURASE
and Akira NAKAMURA (Institute of Nuclear Safety System, Inc.)

Accuracy improvement of the Cartesian grid method for numerical simulations of heat transfer and fluid flow

Norikazu SATO(Toyota Central R&D Labs., Inc.),
Shintaro TAKEUCHI(Osaka University),
Takeo KAJISHIMA(Osaka University)
and Nariaki HORINOUCHI(Toyota Central R&D Labs., Inc.)


Published in October 2014 issue.

Yield Prediction Method of a Reaction in a Micro-Fluid Device and Experimental Proof of Increased Production using Parallel-Connected Devices

Shigenori TOGASHI, Yukako ASANO and Yoshishige ENDO (Hitachi, Ltd.)

Quantitative evaluation and design optimization for stent embolization of newly developing micro-porous covered stent for cerebral aneurysm treatment

Tsutomu TAJIKAWA(Kansai Univ),
Shogo NISHI(Sapporo Higashi Tokushukai Hospital) and
Yasuhide NAKAYAMA(National Cerebral and Cardiovascular Center Research Institute)


Published in December 2013 issue.

Evaluation of Turbulence Kinetic Energy Budget in Turbulent Flows by using Photobleaching Molecular Tagging Velocimetry

Shigeo HOSOKAWA and Akio TOMIYAMA (Kobe Univ.)


Published in November 2013 issue.

Numerical Analysis of Free-surface Flows under Various Conditions in Acceleration (Improvement of CIP-LSM : CIP-based Level Set & MARS)

Takehiro HIMENO (University of Tokyo)

 

Last update: 12.21.2016