WOKING OF CAR ENGINERover K Engine

Rover's K engine was a clean sheet of paper design with some innovative features such as through bolting of the bottom and top ends through the block and lightweight construction..

The 2ZZ-GE in the Elise

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The 2ZZ-GE is Toyota's first all-aluminum engine, meaning it uses aluminum for both its block and head. makes the 2ZZ-GE one of the highest performing engines available in its displacement class when power-to-weight ratio of the engine itself is considered.

SAE Technical Paper 2000-01-0671These figures will change when Lotus modifies the engine control

SAE Technical Paper 2000-01-0671

Toysport Engine Notes celica.net Specs on 7th gen Celica

7TH GENERATION CELICA ENGINE INFORMATION & SPECS

Two versions of the ZZ-series 1.8-liter inline four-cylinder engine with dual overhead camshafts and four valves per cylinder have replaced the 3S-series 2.0-L (Japanese) and 2.2-L (U.S.) engines in the previous-generation Celica. The type 1ZZ was first launched in the current U.S. built Corolla, and then adopted in the larger Japanese-market Vista. Below it is fitted with the VVT-i continuously variable intake-valve-timing system and

given the FE suffix.

The following information on Toyota's Variable Valve Timing and Lift (with intelligence) system is derived in large from the October issues of Sport Compact Car and Car and Driver. As always, I encourage you to obtain a copy for yourself.

Comparing HEMI to Flathead Engine DesignThe thing that allowed the 1951 Chrysler HEMI to produce so much more power than other engines of the day was the efficiency of the combustion chamber.

Car design

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Caption: Car design. Computer-aided design (CAD) of a car. The image shows the exterior of the car drawn around the car's engine, drive shaft and wheels. CAD is a tool by which objects can be completely designed in three dimensions, and tested before they are built

Your Basic Car Parts

Coolant reservoir (tank): Holds hot coolant (antifreeze) that overflows from the radiator and also draws back into the radiator as it

is needed.    Valves: The More The Merrier? By icwcontraHave you noticed that the recently launched Maruti Baleno's ads proudly tell that the car uses four-valves per cylinder. The ads for the Maruti Wagon-R also highlight this point arrogantly. In the recent past Honda advertised their Hyper-16 valve City. Daewoo went gaga over their four-valve head Nexia. Even HM went berserk over their three-valves per cylinder Lancer

Going into the working details of the engine; it is an energy converter which burns fuel (petrol, diesel or something else) inside the cylinder and converts the heat energy recovered into mechanical energy. The more the heat energy, the more is the power developed by the engine. So the obvious aim of every engine designer is to produce as much heat inside the cylinder as possible. It can be done in two ways, one in which you pump in more fuel inside the cylinder, the other and preferred way is to burn the existing fuel efficiently and completely.

The burning process is a chemical reaction, which requires a large amount of oxygen. Generally in normal engines, this quantity falls short of requirement resulting in an incomplete combustion process. Thus the normal engine is inefficient in producing power and wastes fuel a lot. The valve is an important part of a four-stroke engine. It acts as a regulator of the intake and exhaust passages of the engine, opening and closing them when the need arises. Thus the amount of air that can be filled inside the cylinder is linked to the valve. Thus the major aim of all engine designers is to try and fill as much air inside the cylinder as possible. This can be done in any of the following ways: -

Read more about 'How Car Engine Works' on - www.howthingswork.com (by Marshall Brain)

MAIN-ENGINE- PARTS

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Car engine diagramOn average, there is about 3,000 feet of electrical wiring in every car. Do not let this wiring scares you, this article we will just talk about engine parts. The diagram here shows a gasoline-powered engine that has been dissected. Here we will break down to four major parts which is power parts, fuel parts, spark parts, lubricant parts. Power parts in a car engine included parts that play a big role during the combustion such as the piston, camshaft, rocker arm, hydraulic adjuster, intake valve, exhaust valve, connecting rod, crankshaft, crankshaft sprocket, timing belt tensioner, timing belt, cam sprocket, cylinder block and among others. Without any of these parts.

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How Car Engine Works11 May 2010 | Vehicle Operation

All car engines are designed to use a four stroke combustion cycle. The four strokes are theintake, compression, combustion and exhaust. These strokes are repeated in quick succession to generate power. All parts of the combustion cycle take place within an enclosed car engine.

7.3L Ford Navistar V8 Diesel Engine Parts Diagram

Category: Car,Ford Tags: Engine Components, Engine Diagram, Engine Parts

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The first 7.3L Ford Navistar V8 Diesel Engine was produced from 1988-1993. The original 7.3L diesel was a non-turbo charged indirect injection (IDI) engine, followed shortly after by a turbocharged version. Below schematic diagram shows the 1989 Ford Navistar 7.3L V8 Diesel Engine Parts Diagram and Component Assembly.

LEGEND: 1 – Fast Idle Solenoid 2 – Injection Pump 3 – Exhaust Emission Label 4 – Air Inlet 5 – Lifting Eye (3 places) 6 – CDR Valve 7 – Fuel Return Nipple 8 – Glow Plugs 9 – Injection Nozzles 10 – High Pressure Fuel Injection Lines 11 – Coolant Temperature Sensing Unit 12 – Heater ReturnHow A Car Engine Works- Part 1

The car engine is the heart—or perhaps rather the stomach—of the car. In the engine, gasoline is burned to produce energy; this energy is then converted into motion. An engine has a number of components that work together to ensure this intricate piece of machinery continues to function smoothly.