3 phases in manufacturing process
The engine are classified based on combustion (ignition), fuel used, cooling, application and constructions. Based on the combustion type : 1. External combustionengines and 2. Internal combustion engines Based on fuel used : 1. Diesel engines, 2. Petrol engines, 3. CNG engines and LPG engines Based on cooling system : 1. Air cooled engines and 2. Liquid cooled engines Based on applications : 1. Statinary engine 2. Rocket engine and 3. Automobile engine Based on construction : 1. Inline engines, 2. Opposed engines, 3. Rotary engine, 4. V-engines and 5. W engines
a generator is built in three phases
No, this voltage appears ACROSS individual phases, or BETWEEN a line conductor and the neutral
The engine room is designed so it can be sealed off completely in case of fire, in order to: 1. Prevent the fire from spreading to other areas. 2. Starve the fire of oxygen. 3. Be able to pump in and maintain a fire fighting gas such as CO2 (which smothers it) or Halon (which inhibits combustion).
The combustion process of a compression ignition engine can be divided into: 1) The delay period (start of injection until first visible flame) 2) The rapid pressure rise period 3) The mechanically controlled burning period 4) The after-burning period
with combustion .. their are 3 componats of combustion -gas - air - and spark .. which creates combustion
compression temperature make the implosion, 1 admission,2 compression, 3 explosion, 4 exhaust. same stroke for the gas engine but more compression on diesel engine. the thing is on a diesel engine that the explosion begin,depend wich brand of engine, 2 dgr before the top
The Cooling System.... <3
The Cooling System.... <3
With the straight six 250 ci engine and 3 speed manual trans, 95 mph.Same car with the 2 speed auto trans, 93 mph. With the 350 or 400 ci V-8 engine and auto trans, 108 mph. With the 454 ci engine and auto trans, 127 mph.
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3 : 4 stroke : 2 stroke and: Diesel :)
Jacob Christian Hansen Ellehammer invented the first 3 cylinder radial internal combustion engine in 1904.
It depends on the engine, transmission,and how you drive. I have a 3 speed manual transmission with a 300 CI 6 cylinder engine. I get about 15-17 MPG.
To convert from cubic inches (CI, or CID) to Cubic centimeters, multiply the CID by 16.89 cc/ci. A 305 CID (cubic inch displacement) engine therefor would be equivalent to a 5151[drop the fraction] CC engine. to convert this to liters move the decimal 3 places to the left (1000 cc = 1 L). so a 305 is a 5.1 or 5.2 liter engine depending on whether you round up or round down.
for SI engine 2 cams will be provided......,for CI engine 3 cams PROVIDED for opening of inlet,exhaust valves and operating of fuel injector...ok got it