Describe the fundamentals of combustion chemistry: oxidation, instability, explosions, explosions, explosions, abnormal combustions.
Learning objectives
Learning context
Course materials
Numerical examples and problems solved
Digital version of a poly (subject)
Prerequisites
Basics of stoichiometry, chemical bonding, chemical equilibrium and kinetic theory of perfect gases.
Integration of simple differential equations
Kinetics and Combustion 1. Basics of qualitative basic fluid mechanics.
Course content
1. Within the combustion kinetics branched
a) Reminder: the kinetics of reactions branched; example: the combustion of hydrogen
b) Thermochemistry of combustion runaway
c) Classification, vocabulary combustion: premixed flames, diffusion, laminar, turbulent notion of wealth
2. The inflammation theory
a) Theory Semenov: Prediction of critical ignition temperatures
b) Flash Charts: Evolution of inflammation limits with temperature and pressure
c) Limitations of self-ignition gas medium: Notion explosive mixture, flash points etc?
d) Theory of detonation-Jouguet Chapman: Both regimes spread of a premixed flame?
3. combustion Mechanisms
a) Combustion of Gas: synthesis gas Butane
b) Liquid Combustion: fuels
c) solid combustion: Explosives, dispersed solids?
4. Combustion Technology
a) Internal combustion engines: gasoline engine - Diesel? HCCI. Pollutant formation
b) Reactors
c) Rocket engines
d) accidental Combustions
Personal work
Storing concepts and methods. Resolutions undocumented numerical examples
Assimilation specific concepts for combustion
