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INTERNAL COMBUSTION ENGINES By Airk Drake For Prof. Winter Complex Devices Simplified Salt Lake...

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INTERNAL COMBUSTION ENGINES By Airk Drake For Prof. Winter Complex Devices Simplified Salt Lake Community College
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Page 1: INTERNAL COMBUSTION ENGINES By Airk Drake For Prof. Winter Complex Devices Simplified Salt Lake Community College.

INTERNAL COMBUSTION ENGINES

By Airk DrakeFor Prof. Winter

Complex Devices Simplified

Salt Lake Community College

Page 2: INTERNAL COMBUSTION ENGINES By Airk Drake For Prof. Winter Complex Devices Simplified Salt Lake Community College.

HOW INTERNAL COMBUSTION ENGINES WORK

Page 3: INTERNAL COMBUSTION ENGINES By Airk Drake For Prof. Winter Complex Devices Simplified Salt Lake Community College.

COMPONENTS

Page 4: INTERNAL COMBUSTION ENGINES By Airk Drake For Prof. Winter Complex Devices Simplified Salt Lake Community College.

COMPRESSION CHAMBER

• Cylinder in Shape

• Stainless Steal

• Hollow through the bottom

Page 5: INTERNAL COMBUSTION ENGINES By Airk Drake For Prof. Winter Complex Devices Simplified Salt Lake Community College.

PISTON HEAD

• Cylinder in shape

• Inside of Compression Chamber

• 3 Groves near top

• Hollow through the bottom

• Holes on two sides

Page 6: INTERNAL COMBUSTION ENGINES By Airk Drake For Prof. Winter Complex Devices Simplified Salt Lake Community College.

PISTON ARM

• Attaches to Piston Head

• Attaches to Crankshaft

• Oil Thrower

Page 7: INTERNAL COMBUSTION ENGINES By Airk Drake For Prof. Winter Complex Devices Simplified Salt Lake Community College.

CRANKSHAFT

• Rotates with the use of Piston Assembly

• Connected to the driveshaft

• Oscillates

• Gear timing valves

Page 8: INTERNAL COMBUSTION ENGINES By Airk Drake For Prof. Winter Complex Devices Simplified Salt Lake Community College.

INLET AND EXHAUST VALVES

• Top of Compression Chamber

• Mixture of Air and Fuel

• Burned fuel released

Page 9: INTERNAL COMBUSTION ENGINES By Airk Drake For Prof. Winter Complex Devices Simplified Salt Lake Community College.

SPARK PLUG

• Top of Compression Chamber

• Copper Core

• Sent a timed current

Page 10: INTERNAL COMBUSTION ENGINES By Airk Drake For Prof. Winter Complex Devices Simplified Salt Lake Community College.

REFERENCES

• Kemp, A. (2011) 4 Cycle Internal Combustion Engine – Mechanical Parts, Retrieved 22 Nov. 2013 from http://monkeysee.com/play/11136-4-cycle-internal- combustion-engine-mechanical-parts


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