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ISAT 413 - Module IV: Combustion and Power Generation

ISAT 413 - Module IV: Combustion and Power Generation Topic 2: Chemical Reactions and The First & Second Laws of Thermodynamics. Fuels and Combustion Theoretical and Actual Combustion Processes Enthalpy of Formation and Enthalpy of Combustion First-Law Analysis of Reacting Systems

1.24k views • 48 slides

ISAT 413 - Module IV: Combustion and Power Generation

ISAT 413 - Module IV: Combustion and Power Generation Topic 2: Chemical Reactions and The First & Second Laws of Thermodynamics. Fuels and Combustion Theoretical and Actual Combustion Processes Enthalpy of Formation and Enthalpy of Combustion First-Law Analysis of Reacting Systems

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The combustion process is a chemical reaction whereby fuel is oxidized and energy is released.

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Chemical Reactions

Chemical Reactions. The combustion process is a chemical reaction whereby fuel is oxidized and energy is released. Fuels are usually composed of some compound or mixture containing carbon, C, and hydrogen, H 2 . Examples of hydrocarbon fuels are CH 4 Methane C 8 H 18 Octane

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The combustion process is a chemical reaction whereby fuel is oxidized and energy is released.

536 views • 45 slides

The combustion process is a chemical reaction whereby fuel is oxidized and energy is released.

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Lecture 36

Lecture 36. Combustion Reactions. Combustion Processes. Why do mechanical engineers have to know about combustion? Consider a combustion chamber in a gas turbine cycle,. What really happens. Our current model. Fuel input. Air from compressor. Air from compressor.

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