Modern Machining Processes
Tata McGraw-Hill Education, Jan 1, 1980 - Technology & Engineering - 168 pages
Modern Machining Processes presents unconventional machining methods which are gradually commercial acceptance. All aspects of mechanical, electrochemical and thermal processes are comprehensively covered.Processes likeAbrasive Jet Machining Water Jet MachiningLaser Beam MachiningHot MachiningPlasma Arc Machininghave also been included. It gives a balanced account of both theory and applications, contains illustrative exercises and an extensive up-to-date bibliography. The book should be useful to students of production and mechanical engineering, as well as practising engineers.
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abrasive grain abrasive jet abrasive particles accuracy alloys aluminium Aluminium oxide amplitude anode applications atoms beam machining carbide cathode cavity cent chemical machining component concentrator cost current density cutting rate cutting speed depth diameter dielectric discharge drilling EDM process effect Electric Discharge Machining electrical electrode electrolyte electron beam energy etchant flame force frequency grinding grit heat hole increase insulation kc/s kerf kg/litre laser beam liquid machining methods machining rate material removal rate mechanism melting metal removal rate molecules nozzle obtained operation oxide parameters piece plasma arc cutting plasma arc welding plasma cutting plasma torch pressure produced pulse rate of metal resistance shape shown in Fig slurry spark erosion spark machining spraying stainless steel supply voltage surface finish Table temperature thermal tool electrode tungsten tungsten carbide ultrasonic machining velocity vibration wear ratio welding workpiece