DESIGN OF MACHINE ELEMENTS
PHI Learning Pvt. Ltd., Jan 1, 2002 - Technology & Engineering - 780 pages
This thorough and comprehensive textbook on machine elements presents the concepts, procedures, data, tools, and techniques students need to design safe, efficient and workable mechanical components of machines. Covering both the conventional design methodology and the new tools such as CAD, optimization and FEM, design procedures for the most frequently encountered mechanical elements have been explained in meticulous detail. The text features an abundance of thoroughly worked-out examples, end-of-chapter questions and exercises, and multiple-choice questions, framed to not only enhance students' learning but also hone their design skills. Well-written and eminently readable, the text is admirably suited to the needs of undergraduate students in mechanical, production and industrial engineering disciplines.
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allowable strength alloy angle assumed AutoCAD AutoLISP axial axis beam strength bearing pressure belt bending stress bolt brake butt joint called cast iron cent centre clutch coefficient of friction command component compression computed cone clutch connecting rod coordinates cotter cout crank pin cross-section cylinder deflection dimensions disc drive dynamic load element equation Example factor of safety fatigue flange flywheel force acting function gear tooth given heat helical gear I.C. engine joint journal bearing length lever machine material modulus N/mm number of teeth pinion piston plate pulley radial radius ratio rivet rotating screw setq shaft diameter Shear failure shear strength shear stress shown in Figure Solution speed spring stress concentration subjected surface tangential force temperature tensile strength tension thickness thread torque torsional transmit variable weld width worm gear yield strength