There are two examples of engines that are used in the industry. All numbers are accurate, so you can check them against your math by google. The answers (including the math) are in AMEM10005 - Engine Theory Calculation - Answers file. Lycoming O-360 Engine. Calculate: • Piston Displacement • Total Displacement • Indicated Horsepower • Brake Horsepower • Torque • Compression Ratio • Mechanical Efficiency • Thermal Efficiency The specifications are as follows: Lycoming O-360A 4-cylinder engine. Bore = 5 1/8" Stroke = 4 3/8" Total Volume per cylinder = 100.7 in³ Indicated Mean Effective Pressure 192 PSI Revolutions per minute = 2700 Prony Brake reading = 145.6 lbs Prony Brake Length = 36" Fuel Consumption = 7.5 GPH Fuel Type = 100LL 100LL burns at 20,000 BTUs Liberty L-12 Calculate: • Piston Displacement • Total Displacement • Indicated Horsepower • Brake Horsepower • Torque ● Compression Ratio Mechanical Efficiency

There are two examples of engines that are used in the industry. All numbers are accurate, so you can check them against your math by google. The answers (including the math) are in AMEM10005 - Engine Theory Calculation - Answers file. Lycoming O-360 Engine. Calculate: • Piston Displacement • Total Displacement • Indicated Horsepower • Brake Horsepower • Torque • Compression Ratio • Mechanical Efficiency • Thermal Efficiency The specifications are as follows: Lycoming O-360A 4-cylinder engine. Bore = 5 1/8" Stroke = 4 3/8" Total Volume per cylinder = 100.7 in³ Indicated Mean Effective Pressure 192 PSI Revolutions per minute = 2700 Prony Brake reading = 145.6 lbs Prony Brake Length = 36" Fuel Consumption = 7.5 GPH Fuel Type = 100LL 100LL burns at 20,000 BTUs Liberty L-12 Calculate: • Piston Displacement • Total Displacement • Indicated Horsepower • Brake Horsepower • Torque ● Compression Ratio Mechanical Efficiency

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter5: Analysis Of Convection Heat Transfer

Section: Chapter Questions

Problem 5.31P

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