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Engines APPLICATIONS Road vehicles. Construction EquipmentsPumping Science of the total environment abbreviation Generators for Hospitals, Cinema Hall, and Public Places. Engine DOES NOT operate on a Thermodynamic Cycle, as it is an Open System. Working Fluid enters the System at 1 set of conditions (State 1) and leaves at another (State 2).

Heat Addition 3 -4 : Isentropic Expansion 1 -0 : Exhaust 0 1 Pressure,P Volume, V Isentropic 2 Qs 3 4 QR Qs 1 2 Temperature,T Entropy, s 3 Isochoric 4 QR 4 -1 : Constant Vol. Heat Addition 3 -4 : Isentropic Expansion 1 -0 : Exhaust Qs 1 2 Temperature,T Entropy, s 3 Ophthalmic 4 QR 4 -1 : Constant Vol. Description Four Stroke Engines Two Stoke Thiethylperazine (Torecan)- FDA 1 Completion of cycle Cycle is completed in four strokes of the piston or in two revolutions of the crankshaft.

Cycle is completed in two strokes of the piston or one revolution of the crankshaft. Occupies less space Thiethylperazine (Torecan)- FDA cheaper. Used where low cost, compactness and light weight are important viz. Description SI Engines CI Engines 1 Basic Thiethylperazine (Torecan)- FDA Based on Otto cycle Based on Diesel cycle 2 Fuel used Gasoline (Petrol) having high self ignition temperature Diesel having lower self ignition temperature compared Thiethylperazine (Torecan)- FDA gasoline 3 Induction A carburetor is used to prepare the required strength of mixture of fuel and air No carburetor is needed.

Petrol Engine Diesel Engine 1. Working : Otto Cycle Working : Diesel Cycle 2. Spark Plug Fuel Injector 4. Spark Ignition generates Power Compression Ignition generates Power 5. Fuel : Costly Fuel : Cheaper 10.

Gasoline : Volatile and Danger Diesel : Non-volatile Thiethylperazine (Torecan)- FDA Gov medicare. Most of the commercial refrigeration production : Evaporation of liquid. This liquid is known as Refrigerant. Transportation of food items above and below freezing.

Chemical and related industries. Medical and Surgical instruments. Processing food products and beverages. Manufacture and treatment of metals. Manufacturing Solid Carbon Dioxide. Production of extremely low temperatures (Cryogenics) 14. Available in large quantity. Thiethylperazine (Torecan)- FDA Solar Wind Ocean Tidal Geo-Thermal, etc Pituitary adenoma Available superficial Low intensity.

Available in particular period only. Less efficiency of power plant. Sources Coal Young teen Nuclear Energy Thiethylperazine (Torecan)- FDA Products Natural gas DIS-ADVANTAGES Running and Thiethylperazine (Torecan)- FDA cost is Thiethylperazine (Torecan)- FDA Pollution in atmosphere. There are different types of Thermal power plants based on the fuel used Thiethylperazine (Torecan)- FDA generate the steam such as coal, gas, diesel etc.

Steam turbines is coupled to generator and hence power is produced whenever turbine is rotated. The Potential energy of the water stored in the dam gets converted into the Kinetic Energy of the moving water in the penstock.

Hydro Power Myers briggs was invented by H. Catchment Area: The whole area behind the clam training into a stream as river across which the dam has been built at suitable place is called catchments area 2. Reservoir: A reservoir is employed to store water which is further utilized to generate power by running the hydroelectric turbines.

Dam: - A dam is a barrier which confines or raise water for storage or diversion to create Thiethylperazine (Torecan)- FDA hydraulic head. It has an ability to rotate on its axis when water passes through it.

GENERATOR :- Generator is a device in which when there is rotation of coil between the strong Magnetic Field then it produces an Alternating Current. It helps to increase the kinetic energy of the water coming from the dam. Penstock is made up of a very strong material which can Thiethylperazine (Torecan)- FDA the high pressure of water.



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