Textbook of Elements of Mechanical EngineeringSuitable for the students of mechanical engineering, this title features: step-by-step approach to help students understand and draw sketches through exhaustive descriptions using sketches and photographs; solutions to problems using common equations; inclusion of a large number of problems solved by different methods using sketches; and, more. |
Contents
Chapter1pdf | 1 |
Chapter2pdf | 15 |
Chapter3pdf | 38 |
Chapter4pdf | 49 |
Chapter5pdf | 58 |
Chapter6pdf | 63 |
Chapter7pdf | 72 |
Chapter8pdf | 105 |
Chapter12pdf | 141 |
Chapter13pdf | 150 |
Chapter14pdf | 155 |
Chapter15pdf | 168 |
Chapter16pdf | 174 |
Chapter17pdf | 180 |
Chapter18pdf | 207 |
Chapter19pdf | 226 |
Common terms and phrases
04 Marks 4-stroke axis bearing bevel gears blades Brake power Brazing Choose the correct classified combustion compression compressor condenser constant pressure crank crankshaft cutting tool cylinder diameter diesel engine Disadvantages drilling machine driven pulley dryness fraction electrode Energy Sources enthalpy evaporator exhaust feed flow four-stroke Francis turbine friction fuel gas turbine gases gear train grinding machine Hence horizontal I.C. engine Impulse Turbine Indicated power Kaplan turbine kJ/kg lathe lubrication mean effective pressure mechanical efficiency metal milling cutter neat sketch explain nozzle number of teeth open belt drive operation P-V diagram Pelton Wheel petrol piece piston pulley reaction turbine refrigeration rotation runner screw shaft soldering specific volume speed spindle Steam Table steam turbines stroke superheated steam surface taper temperature tension thermal efficiency valve velocity ratio vertical water turbines welding wet steam δθ