Titlebook: Initiatives of Precision Engineering at the Beginning of a Millennium; 10th International C Ichiro Inasaki Book 2002 Springer Science+Busin

Angiogenesis

抓住他投降

Burr Formation in Micro-machining Aluminum, 6061-T6d depths of cut using a tool of . diameter were considered. Drilling experiments with different feed to diameter ratios, cutting speeds and two drill diameters were conducted. The influence of the cutting parameters on burr size and burr type was observed. A comparison to burr formation in conventio

Spongy-Bone

Influence of Micro Machining on Strength Degradation of a Silicon Nitride CeramicBM). A discussion of the geometrical features of the dimples machined onto an . surface is presented first, followed by the main topic, the effect of micro machining on the strength degradation. Dimpling by LBM can not be prevented from forming a sharp edge around the dimple, which may degrade the s

Intractable

Micro Material Processing Using UV Laser and Femtosecond Laserll all requirements, each application asks for a well-considered system choice and a specific process optimization. This paper presents the possibilities and limitations concerning precision laser machining of different materials such as glass, ceramics, semiconductors and metals using 157 nm, 193 n

cravat

Subnanometer Fabrication of Optics by Plasma Chemical Vaporization Machininghat is, subnanometer accuracy. We used 88-mm-diameter spheric mirrors made of fused silica as workpieces, which were roughly polished to 9.24 nm RMS before plasma CVM. To achieve subnanometer accuracy, the plasma CVM conditions were adjusted. Under these conditions, we successfully fabricated the mi

calamity

Dorsal

失误

缩影

A Method to Machine Three-dimensional Thin Parts force used during machining. The developed method uses a low melting alloy (LMA) to machine three-dimensional thin parts without deformation. The parts are firmly supported and fixed on the LMA by adhesion or suction force. The method and some results are described.

合同

Control of Surface Pattern of Mold Generated by Ball-end Milling, the eccentricity of the tool axis and the angular position of the cutting edge of a ball-end mill are controlled according to the proposed method. From the experimental and theoretical results, it is found that the surface pattern generated on planes or cylindrical surfaces can be controlled by th