http://en.wikipedia.org/wiki/IC_engine , Checkout the above link to find out all about Ic engines.
explain the working of ic engine cooloing systems
60 to 70%
Nano ic engine has various applications ranging from race cars to space crafts. In race cars this IC Nano Engine was used. The engine was fully fabricated, that is, no castings were employed. • It can be controlled in aero planes/satellites/space ships etc., the timing of inlet and exhaust valves. • According to NASA reports they are experimenting about the use of nano engine in nano & pico satellites. In case of a mine tragedy where harmful gases are emitted, these nano ic engines can be employed as powerful blowers to blow out these gases is a less time saving the lives of trapped miners. We require at least 5-6 blowers to blow these gases where as two nano ic engines could do the tick in less time • Agriculture pumps sets. Every field of industry
outlet ports are smaller to reduce the exhaust losses
The compression ratio of an internal-combustion engine, or an IC engine as it is more commonly called, is the ratio of the volume the highest capacity of the combustion chamber to its lowest capacity. In the IC engine, the piston makes a stroke, resulting in the compression of the air in the combustion chamber - the ratio between the volume of the cylinder and combustion chamber when the piston is at the bottom of its stroke, and the volume of the combustion chamber when the piston is at the top of its stroke, is the compression ratio.
Automobile engines are ic (internal combustion).
explain the working of ic engine cooloing systems
Very carefully
This is the ratio between the total volume to the clearance volume in IC engines
Combustion chamber
FLYWHEEL
FLYWHEEL
Logically the power delivered by the engine will reduce. I do not have an exact technical idea of reducing the number of cylinders in ic engine.
I.C. engine stands for Internal Combustion engine that cars, trucks, and airplanes use.
An IC engine comes in all sizes and shapes so the weights and dimensions of the valve system will differ. Most are a two-stroke or two-cycle engine.
displacement in cubic centimeters
IC & EC engines are heat engines and they convert heat into work. Example of an IC engine is a petrol engine and example of an EC engine is Steam Engine. The main differences between them are listed below: 1) Combustion: The main difference is where the combustion takes places. In IC engines fuel combustion takes place inside the cylinder, whereas in EC engines it takes place outside the engine cylinder. 2) The temperature and pressure in an IC engines is much higher than those of EC engines. 3) IC engines are made of materials that are better resistant to heat and pressure than in EC engines. 4) In IC engines the piston is directly connected to connecting rod, whereas in an EC engine there is a stuffing box. 5) Efficiency is higher for IC engines. 6) Boilers are required for EC engines to store water, which is to be converted to steam. But IC engines require only a much smaller tank to store fuel. 7) EC engines, unlike IC engines cannot be started or stopped quickly, because it takes time to initiate boiling of water and generate steam. 8) IC engines are lighter than EC engines. 9) IC engines are cheaper compared to EC engines.