ADIABATIC FLAME TEMPERATURE CALCULATION(using Cantera and Python)   Objective; 1. Adiabatic flame temperature variation with Equivalence ratio (In constant volume-chamber).…

EVALUATION OF ADIABATIC FLAME TEMPERATURE USING PYTHON AND CANTERA   l. OBJECTIVE 1. Write a program to analyze the effect of equivalence ratio on the final adiabatic temperature of methane contained in a constant volume chamber. Also, compare the result with those obtained using Cantera. 2.Write a program to…

INTRODUCTION In the study of combustion, there are two types of adiabatic flame temperature (AFT) depending on how the process is completed: the constant volume and constant pressure; both of which describe temperature that combustion products theoretically can reach if no energy is lost to the outside environment.  …

Objective:  PART_1- To find out the effect of equivalence ratio on AFT(Adiabatic Flame temperature) assuming METHANE(CH4) in a constant volume chamber. PART-2- To find out the effect of equivalence ratio on AFT by considering Constant pressure reactor with heat loss. Test it for -ane, -ene, and -yne variants of 2…

AIM -   To calculate the adiabatic flame temperature using python and cantera   OBJECTIVES -  To calculate the adiabatic flame temperature in a constant volume chamber with variation in rquivalence ratio. To calculate the flame temperature with variation in the heat loss To calcualte the adiabatic flame…

AIM: To use Python and the Cantera library to understand the factors affecting the adiabatic flame temperature.  OBJECTIVE:  To write a Python script to see the variance of equivalence ratio and adiabatic flame temperature. Using the Cantera library to do the same and observe the differences. Varying the heat…