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Thermodynamics of Combustion Systems- 11-25-25 - Ron Finger
$19.95 $19.95
Thermodynamics of Combustion Systems
Date: 11/25/2025
Time: 3:00 PM - 4:00 PM EST
Credit: 1 Hour
COURSE INTRODUCTION & OUTLINE:
First Law of Thermodynamics for a thermodynamic system, the time rate of change of energy of the system is equal to the rate at which work is done on the system + the rate at which heat is transferred to the system.
We will address the thermal properties of a pure substance which are described by quantities including internal energy, u, enthalpy, h, specific heat, cp, etc. Combustion systems consist of many different gases, so the thermodynamic properties of a mixture result from a combination of the properties of all of the individual gas species. The ideal gas law is assumed for gaseous mixtures, allowing the ideal gas relations to be applied to each gas component.
First Law of Thermodynamics for a thermodynamic system, the time rate of change of energy of the system is equal to the rate at which work is done on the system + the rate at which heat is transferred to the system.
We will address the thermal properties of a pure substance which are described by quantities including internal energy, u, enthalpy, h, specific heat, cp, etc. Combustion systems consist of many different gases, so the thermodynamic properties of a mixture result from a combination of the properties of all of the individual gas species. The ideal gas law is assumed for gaseous mixtures, allowing the ideal gas relations to be applied to each gas component.
Course Number: LWP112525
Field of Study: Mechanical Engineering
Level: Basic
Presenter:
Ronald Finger
Prerequisites:
None
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