Yoshihiro Obata

发表

501 Development of New Type Snow Fences in Accordance with Aerodynamic Principles

Hiroshi Sakamoto, Kazunori Takai, Masaru Moriya, 2001 .

Recycling of wood waste as sustainable industrial resources—Design of energy saving wood-based board for floor heating systems

Kozo Kanayama, Yoshihiro Obata, Kazutoshi Takeuchi, 2006 .

Research on Efficient Use of Forest Products — Engineering Evaluation of Good Tactile Warmth for Wood

Kozo Kanayama, Yoshihiro Obata, Kazutoshi Takeuchi, 2004 .

Research to make better use of wood as sustainable resource : Evaluation of tactile warmth of wood from viewpoint of heat transfer analysis

Kozo Kanayama, Hiroshi Imanishi, Yoshihiro Obata, 2002 .

704 Effects of the Targets Number on the Measurement Errors on the DLT Method

Tsuneo Maki, Takashi Iwasa, Yoshihiro Obata, 2013 .

STRATEGY OF POPULARIZING WOOD WINDOWS FOR ENERGY SAVING HOUSE: STANDARDIZATION AND DEVELOPMENT OF FIRE-PROOF WOOD IN JAPAN

Kozo Kanayama, Fumie Abe, Yoshihiro Obata, 2007 .

Steady thermal stresses in a hollow circular cylinder and a hollow sphere of a functionally gradient material

Naotake Noda, Yoshihiro Obata, N. Noda, 1994 .

An optimum suppression of fluid forces by controlling the separated shear layer. Control of one-sided shear layer separated from square prism.

Hiroshi Sakamoto, Yoshihiro Obata, Hiroyuki Haniu, 1989 .

Research on better use of wood for sustainable development: Quantitative evaluation of good tactile warmth of wood

Yuzo Furuta, Yoshihiro Obata, Kazutoshi Takeuchi, 2005 .

Optimum suppression of fluid forces by controlling the separated shear layer. Control of shear layers on two sides of a square prism.

Hiroshi Sakamoto, Yoshihiro Obata, Hiroyuki Haniu, 1991 .

Suppression of Fluid Forces of Square Prism by Controlling Separated Shear Layer. Controlled by a Fine Flat Plate.

Hiroshi Sakamoto, Yoshihiro Obata, Hiroyuki Haniu, 1994 .

Optimum material design for functionally gradient material plate

Naotake Noda, Yoshihiro Obata, N. Noda, 1996 .