Machine Elements in Mechanical DesignThis book provides a practical approach to designing machine elements in the context of complete mechanical design. This edition retains many features of the previous edition exceptional organization, readability, practical approach, sound technical content, extensive appendix, design procedures, example problems, use of computer aids, and use of many examples from commercially available products and systems yet, has been extensively updated to include new photographs; new design data for some elements; new or revised standards; new end-of-chapter references; listing of internet sites; and some completely new elements. (Midwest). |
Contents
Completion of the Design of a Power | 15 |
Analysis 1 | 16 |
Properties of Bronzes A17 | 17 |
Copyright | |
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AGMA AISI alloys aluminum American Gear Manufacturers applied ASTM axial axis beam bearing belt drives bending moment bending stress bevel gears center distance chain drives Chapter circular pitch column components compressive Compute cross section deflection design factor diametral pitch dimensions ductile endurance strength Equation Example Problem face width Gear Manufacturers Association gear pair gear teeth gear train geometry helical gears input length load lubrication material mating maximum shear stress modulus of elasticity Mohr's circle number of teeth Objective Compute output speed pinion pitch diameter plastic power transmission pressure angle principal stresses produce properties radial radius roller chain rotating shape sheave shown in Figure Specify sprocket spur gear standard steel stress analysis stress concentration stress element stress number surface Table tensile strength tensile stress Tmax tooth torque transmitted types typically U.S. Customary units V-belt velocity ratio worm wormgear yield strength