Journal of Advanced Mechanical Design, Systems and Manufacturing 7(6) 888-902 2013年 [査読有り]
The purpose of this research is to produce microparts reinforced with unidirectional whiskers using laser stereolithography. Electrically conductive whiskers are added to a liquid photopolymer and an electric field is applied to the liquid photopo...
This paper deals with development of a titanium boride grinding wheel. At first, a desired shape is made of titanium. Next, boron powder is spread on a surface of the titanium. The surface is scanned by a laser beam, and then titanium boride is pr...
Takeshi Nakamoto   Shinya Kojima   
JOURNAL OF ADVANCED MECHANICAL DESIGN SYSTEMS AND MANUFACTURING 6(6) 849-858 2012年 [査読有り]
The purpose of this research is to produce micro parts reinforced by unidirectional short fibers using laser stereolithography. Ferromagnetic short fibers are added to a liquid photopolymer and a magnetic field is then applied to the liquid photop...
This paper deals with development of a new method for producing profile grinding wheel. At first, the desired shape is made of metal that is machined easily. Next, powder material is spread on a surface of the metal. And the surface is scanned by ...
Diamond is the hardest material, therefore, diamond is used as tools for ultra-precision machining. For practical use, diamond must be machined into the desired shape. Generally diamond is machined by polishing disc with diamond powder, but this m...
The purpose of this research work is to produce micro part reinforced with unidirectional whiskers by laser photolithography. Electric field is applied by probes in limited area, and the axes of whiskers in liquid photopolymer are aligned along th...
Generally diamonds are machined by polishing disc with diamond powder, but this method costs, takes long time and is limited of plane form. This research is an experimental investigation of diamond precision machining by steel, through utilization...