Designing efficient, reliable, and innovative machines is the cornerstone of mechanical engineering. The fundamental design principles provide a framework that guides engineers in creating solutions that meet performance requirements while…
Non-ferrous metals, which lack iron, are crucial in modern industries for their resistance to corrosion, low weight, high conductivity, and non-magnetic properties. Metals like aluminum, copper, nickel, and alloys such as brass and bronze have unique applications in sectors including aerospace, electronics, construction, and healthcare, driving technological innovation.
Couplings are mechanical devices that connect shafts to transfer power, absorb shock, accommodate misalignment, prevent heat transfer, and provide overload protection. Types include rigid, Oldham, gear, flange, universal, split muff, diaphragm, flexible, fluid, constant speed, bush pin, sleeve, jaw, and bellow couplings, each with unique applications. Materials used are steel, cast iron, aluminum, brass, and bronze. Key considerations in coupling design include misalignment, torsional stiffness, torque, axial compliance, backlash, and torque uniformity. Choosing the appropriate coupling ensures efficient, reliable performance in mechanical systems.
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