DUCTILE REGIME SINGLE POINT DIAMOND TURNING OF QUARTZ RESULTING IN AN IMPROVED AND DAMAGE-FREE SURFACE - Ravindra, Deepak; Patten, John (Machining science and technology, 2011)
Keywords: Applied sciences; Cross-disciplinary physics: materials science; rheology; Exact sciences and technology; Fracture mechanics (crack, fatigue, damage...); Fundamental areas of phenomenology (including applications); fused silica; Inelasticity (thermoplasticity, viscoplasticity...); Materials science; Mechanical engineering. Machine design; Methods of nanofabrication; nanomanufacturing; nondestructive characterization; Physics; Solid mechanics; SPDT; Structural and continuum mechanics; Brittle fracture; Glass; Optics; Turning; Free surface; SPDT; Surface analysis; Silica; Ductile brittle transition; nanomanufacturing; Scanning microscope; Failure analysis; Ductile material; nondestructive characterization; Ceramic materials; Surface conditions; Erosion; Diamond tool; Micromachining; Optical surface; Quartz; Brittle-ductile transitions; Engineering design; fused silica; Acoustic microscopy; Material engineering; Ductile fracture; Non destructive test; Surface damage; Nanotechnology