UPPSC Preliminary Exam 2010 Syllabus for Mechanical Engineering
UPPSC 2010 Syllabus for Mechanical Engineering (Subject Code 21):
Part - A
Static*: Simple applications of equilibrium equations. Friction trusses. Principle of virtual work. Dynamics: Simple application of equations of motion. Work, energy and power. Impulse and momentum. Theory of Machines: Simple examples of kinematic chains and their Inversion, Belts, friction wheels, gears and bearing*, governors centrifugal and spring loaded. Flywheels, cams, balancing of rigid rotors. Simple vibration analysis of bars and shafts. Brakes and dynamometers. Mechanics of Solids: Stress strain concepts, stress-strain relationship. Mechanical springs. Thin walled cylinders, Elastic stability of columns. Fluid Mechanics: Hydrostatics continuity equation. Euler's and Beemoulli equation. Flow through pipes. Boundary layer over flat plat of tubes. Dimensional analysis. Part - B
Manufacturing science: Manufacturing processes, Mechanics of Metal cutting. Tool life equation, cutting tool materials, Mechaniability, economics of machining, Basic types of machine tools and their processes, Automatic machine tools. Numerical control. Unconventional machining processes. Metal forming processes and machines. Types of casting and welding methods. Powder metallurgy. Processing of polymers. Manufacturing Management: Location and layout of plants. Material handling. Jobs shop and mass production. Production planning and control-scheduling, dispatching, routing and expediting. Inventory control-ABC analysis. Economic order quantity. Material requirement planning. Statistical quality control-control charts. Acceptance sampling. Cost estimation and break even analysis. Linear programming graphical and simplex methods. Work simplification. Work space design Product development. Value analysis. Thermodynamics: Basic concepts systems and processes, heat and work. Zeroth Law. Ideal and real gases-equation of state for ideal gases. Compressibility factor-Vender walls equation of state. Behaviour of pure susbstances-properties and property diagrams. First law and its applications. Second law. its corollaries and applications. Gas Power cycles-Carnot. Otto, Diesel, Dual and Brayton cycles. Open and closed cycle gas turbines. Vapour power cycles-Rankine reheat and regenerative. Refrigeration cycle-Bell-Collemn, vapour-compression and vapour absorption cycles. Energy Conversion: Layout of thermal power plants, steam and gass nozzles-classification, energy equation and critical presure, steam generators-high pressure boilers such as Law Mont, Velox and Radiant mountings and accessories. Steam turbines-impulse and reaction, velocity diagrams. Surface condensers-construction and working principles. Layout of hydraulic power plants. Hydraulic turbines and pumps-constructions and working principles, specific speed, Layout of hydraulic power plants, Hydraulic turbines and pumps-construction and working principles. specific speed, layout of nuclear power plants-nuclear reactors, nuclear fission, construction details and working principle. Refrigeration & Air-conditioning: Layout of vapour-compression and absorption refrigeration systems. Refrigerants and their properties. Operation and maintenance. Air-conditioning psychometric chart, comfort zones. Psychometric processes sensible heating and cooling, humidification and dehumidification. Types of Cooling loads
UPPSC Preliminary Exam 2010 Syllabus for Mechanical Engineering
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