Hirayama Naomichi | Faculty Of Engineering Tokyo Metropolitan University
スポンサーリンク
概要
関連著者
-
Hirayama Naomichi
Faculty Of Engineering Tokyo Metropolitan University
-
HIRAYAMA Naomichi
Faculty of Technology, Tokyo Metropolitan University
-
Ota Masahiro
Faculty Of Technology Tokyo Metropolitan University
-
Maeda Toshiyuki
Faculty Of Technology Tokyo Metropolitan University
-
Sano Masatoshi
Faculty Of Technology Tokyo Metropolitan University
-
Maeda Toshiyuki
Faculty Of Engineering Tokyo Metropolitan University
-
MAEDA Toshiyuki
Faculty of Technology, Tokyo Metropolitan University
-
MORIMUNE Takaaki
Faculty of Technology, Tokyo Metropolitan University
-
Morimune Takaaki
Faculty Of Technology Tokyo Metropolitan University
-
Hirayama Naomichi
Faculty Of Technology Tokyo Metropolitan University
-
TOYODA Kuniaki
Hokkaido Institute of Technology.
-
Toyoda Kuniaki
Hokkaido Institute Of Technology
-
Yamaguchi Hajime
Faculty Of Engineering University Of Tokyo
-
Yamaguchi Hajime
Faculty Of Engineering The University Of Tokyo
-
Yamaguchi Hajime
Faculty Of Technology Tokyo Metropolitan University
-
Sano Masatoshi
Department Of Electrical Engineering Faculty Of Engineering Science University Of Tokyo
-
KOREMATSU Koji
Kogakuin University
-
Hirayama Naomichi
Faculty Of Engineering Tokyo Metropolitan University.
-
Oyakawa Kenshun
Faculty Of Technology Tokyo Metropolitan University
-
KANEKO Tatushi
Faculty of Technology, Tokyo Metropolitan University
-
ISHIKAWA Masakichi
Faculty of Engineering, Tokyo Metropolitan University
-
HISHIDA Kazuo
Public Nuisance Control Division Bureau of Capital City Development, Tokyo Municipal Government
-
KONNO Sadao
Public Nuisance Control Division Bureau of Capital City Development, Tokyo Municipal Government
-
OHIRA Toshio
Public Nuisance Control Division Bureau of Capital City Development, Tokyo Municipal Government
-
Sano Masatoshi
Department Of Mechanical Engineering Oyama National College Of Technology
-
Ishikawa Masakichi
Faculty Of Engineering Tokyo Metropolitan University
-
Ohira Toshio
Public Nuisance Control Division Bureau Of Capital City Development Tokyo Municipal Government
-
Hishida Kazuo
Public Nuisance Control Division Bureau Of Capital City Development Tokyo Municipal Government
-
Konno Sadao
Public Nuisance Control Division Bureau Of Capital City Development Tokyo Municipal Government
-
Kaneko Tatushi
Faculty Of Technology Tokyo Metropolitan University
-
HIRAYAMA Naomichi
Faculty of Engineering, Tokyo Metropolitan University
-
Ishikawa M.
Faculty of Engineering, Tokyo Metropolitan University
著作論文
- Fundamental Studies on the Control of Turbulent Boundary Layers : 1st Report, Theoretical and Experimental Analyses of Velocity Profiles and Parameters with and without Adverse Pressure Gradient, with Uniform Suction through a Porous Flat Plate
- Study of Compressible High Speed Gas Flow in Piping System : 3rd Report, Flow Characteristics in Junctions
- Low Reynolds Number Flows with Slip at Walls in Circular Tubes with Abrupt Enlargements and Contractions
- Study of Gas Flow in Exhaust System of Actual Turbo-charged 4-cycle Diesel Engines : 1st Report, Theoretical Analysis on Exhaust System and its Application to Design Problem)
- Study on Secondary Flows in Annulus Wall Cascades : On Radial Movement of Fluid in Blade Boundary Layers for Stationary Cascades
- Study on Fundamental Performance of Helical Screw Expander
- A Study of Boundary Layers in the Downstreams of a Cylinder Row in Motion : 1 st Report, Experimental Investigation on the Boundary Layer of a Flat Plate
- A Simplified Method of the Cascade Test
- The Structure of the Outer Intermittent Region of Turbulent Boundary Layers with Injection and Suction through a Slit
- Turbulent Near Wake of a Flat Plate : Part I. Incompressible Flow
- A Study of Boundary Layers in the Downstreams of a Cylinder Row in Motion : 2 nd Report, Theoretical Investigation on the Boundary Layers of a Flat Plate
- Turbulent Near Wake of G Fiat Plate : Part 2, Effects of Boundary Layer Profile and Compressibility
- A Research on the Refuse Incinerators from the Viewpoint of Smoke Properties
- Study on the Turbulence Structure and Turbulence Model of Turbulent Boundary Layer with a Suction
- Bursting Phenomenon of Turbulent Boundary Layers with Injection and Suction through a Slit
- Turbulent Boundary Layers with Injection and Suction through a Slit : 1st Report, Mean and Turbulence Characteristics
- Low Reynolds Number Flows over a Vertical Disk in a Circular Tube : Series B : Fluid Engineering, Heat Transfer, Combustion, Power, Thermophysical Properties