| Résumé : |
Definitions and fundamental principles of machine design
The energy and force problem. Consideration of machines as a means of modifying energy
Straining actions in machine elements. Fundamental formulas for strength and stiffness
Friction, lubrification, and efficiency
Springs
Riveted fastenings
Screws and screw fastenings
Keys, cotters, and force fits
Tubes, pipes, flues, and thin plates
Contraining surfaces, sliding surfaces, journals, bearnings, roller and ball bearings
Axles, shafting, and couplings
Belt, rope, and chain transmission
Applications of friction. Friction wheels, friction brakes, and clutches
Toothed gearing, spur, bevel and screw gears
Flywheels, pulleys and rotating discs
Machine frames and attachments |
