Manufacturing processes for engineering materials
"This new edition of Manufacturing Processes for Engineering Materials continues its tradition of balanced and comprehensive coverage of relevant engineering fundamentals, mathematical analysis, and traditional as well as advanced applications of manufacturing processes and operations. Updated and thoroughly edited for improved readability and clarity, this book is written mainly for students in mechanical, industrial, and metallurgical and materials engineering programs. The text continually emphasizes the important interactions among a wide variety of technical disciplines and the economics of manufacturing operations in an increasingly competitive global marketplace."--BOOK JACKET.
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abrasive adhesive alloys aluminum angle applications automated bonding brazing carbide cavity ceramics chemical chip coatings components compression copper corrosion cost cracking cross-sectional curve cutting fluids cutting speed defects developed diameter dimensional accuracy drawing ductility elastic modulus electrical elevated temperatures engineering equipment example extrusion factors fibers FIGURE flow fluid force forging forming fracture friction glass grain graphite grinding heat important increases interface involved lubricant machining manufacturing processes martensite material mechanical method mold Note operations oxide particles pearlite percent plane strain plastic deformation polymers powder powder metallurgy pressure properties punch range ratio reduced residual stresses resistance robots rolling Schematic illustration shape shear shear stress sheet metal shown in Fig solidification specimen steels strength structure surface finish tensile tensile stresses tension thermal thermal conductivity thermoplastics thickness titanium true strain tube Typical usually various wear welding wheel wire workpiece yield stress zone