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NOC:Fundamentals Of Combustion - I (Video)
Syllabus
Co-ordinated by :
IIT Kanpur
Available from :
2017-12-20
Lec :
1
Modules / Lectures
Week 1 : Introduction to Combustion
Lecture 1 : Introduction to fundamentals of combustion
Lecture 2 : Scope and applications of combustion
Lecture 3 : Scope of combustion(Contd..) and types of fuel and oxidizers
Lecture 4 : Characterization of liquid and gaseous fuel
Lecture 5 : Properties of liquid and solid fuels, various modes of combustion
Week 2 : Thermodynamics of combustion
Lecture 6 : Thermodynamics of combustion
Lecture 7 : Thermodynamics of combustion(Contd..)
Lecture 8 : Laws of thermodynamics and Stoichiometry
Lecture 9 : Stoichiometric calculations for air-gas mixture
Lecture 10 : Mixture fraction calculation for diffusion flames
Week 3 : Themochemistry
Lecture 11 Thermochemistry
Lecture 12 Heat of reaction and bond energy
Lecture 13 Adiabatic flame temperature
Lecture 14 Adiabatic flame temperature and its effect on various parameters
Lecture 15 Introduction to chemical equilibrium
Week 4 : Chemical Equilubrium and Kinetics
Lecture 16 Chemical equilibrium and Gibbs free energy
Lecture 17 Equilibrium constants and Le chatlier principle
Lecture 18 Determination of chemical equilibrium composition
Lecture 19 Chemical and reaction kinetics
Lecture 20 Compact notation and reaction rate of chemical reaction
Week 5 : Chemical Kinetics
Lecture 21 Collision Theory
Lecture 22 Collision theory (Contd..)
Lecture 23 Collision frequency of molecules
Lecture 24 Specific reaction rate and Arrhenius law
Lecture 25 First order, Second order and Third-order reactions
Week 6 : Types of reactions and Introduction to Physics of combustion
Lecture 26 Classification of chemical reactions
Lecture 27 Elementary chain reactions
Lecture 28 Quasi-steady state and partial equilibrium approximation
Lecture 29 Physics of combustion
Lecture 30 Transport equations and molecular model for transport process
Week 7 : Transport Phenomena
Lecture 31 Mean free path length
Lecture 32 Lennard-Jones potential model for diffusivity
Lecture 33 Lennard-Jones potential model(Contd..)
Lecture 34 Mass conservation law
Lecture 35 Momentum conservation equation
Week 8 : Conservation Equations
Lecture 36 Introduction to mass transfer
Lecture 37 Species transport equation
Lecture 38 Energy conservation equation
Lecture 39 Conserved scalar approach for one dimensional flows
Lecture 40 Introduction to turbulent combustion
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1
Lecture 1 : Introduction to fundamentals of combustion
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2
Lecture 2 : Scope and applications of combustion
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3
Lecture 3 : Scope of combustion(Contd..) and types of fuel and oxidizers
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4
Lecture 4 : Characterization of liquid and gaseous fuel
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5
Lecture 5 : Properties of liquid and solid fuels, various modes of combustion
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6
Lecture 6 : Thermodynamics of combustion
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7
Lecture 7 : Thermodynamics of combustion(Contd..)
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8
Lecture 8 : Laws of thermodynamics and Stoichiometry
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9
Lecture 9 : Stoichiometric calculations for air-gas mixture
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10
Lecture 10 : Mixture fraction calculation for diffusion flames
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