Quickly calculate the adiabatic flame temperature for any combustion reaction. Understand the maximum theoretical temperature achievable when no heat is lost. Essential for engineers and students studying thermodynamics and combustion processes. Simplify complex calculations instantly.
Formula:
The simplified Adiabatic Flame Temperature (AFT) can be calculated using the following formula:
Tadiabatic = Tinitial + (Qreleased / (nproducts × Cp,avg,products))
- Tadiabatic: Adiabatic Flame Temperature (in Kelvin, K)
- Tinitial: Initial Reactant Temperature (in Kelvin, K)
- Qreleased: Net Heat Released by Reaction (in Joules per mole, J/mol)
- nproducts: Total Moles of Gaseous Products (in moles, mol)
- Cp,avg,products: Average Molar Specific Heat Capacity of Products (in Joules per mole-Kelvin, J/(mol·K)) - Note: This value is typically temperature-dependent; an average value is used for simplification.