Newsletter  2013.4  Index

Theme : "Fluids Engineering for the World’s Top Technologies" Structural Design of Tokyo Sky Tree Atsuo KONISHI (Nikken Sekkei Ltd.) Pressure Fluctuation Analysis in Tunnels for High Speed Train Yukinobu ABE (Hitachi, Ltd. ) Design and Development of A Multistage Axial-Flow Compressor for Industrial Gas Turbine Akinori MATSUOKA (Kawasaki Heavy Industries, Ltd.) Integrated Coal Gasification Combined Cycle (IGCC) and Fluid Dynamics Shozo KANEKO (The University of Tokyo) Biomechanical Simulations for Medical Treatment Shu TAKAGI (The University of Tokyo) Detailed Numerical Study on Turbulent Primary Atomization and Vapor Mixing of a Fuel Spray Junji SHINJO (Japan Aerospace Exploration Agency) Editorial Note (D. Sasaki, I. Kinefuchi, I. Hagiya)   |  Back  |

 

Editorial Note

This issue featured “Fluids Engineering for the World’s Top Technologies”, where the fluid engineering techniques for the world leading technologies are focused. The content includes Japan’s famous products of Tokyo Sky Tree and high-speed rail. In addition, the recent development in the energy components (competing among high efficiency of the world’s top level) and large-scale computational techniques (for example, techniques using super computer “K” has won the title of the world’s fastest machine) is included. We hope that the articles give you the idea how the fluid engineering is related to world’s top technology.

Finally, we would like to thank all the authors for their contributions.

Daisuke Sasaki, Ikuya Kinefuchi, Isao Hagiya