Numerical Methods in Laminar Flame Propagation

Inhaltsverzeichnis

• Discussion of Test Problem A.
• Activation-Energy Asymptotics of the Plane Premixed Flame.
• Theoretical Implications of Nonequal Diffusivities of Heat and Matter on the Stability of a Plane Premixed Flame.
• The Effect of Lewis Number Greater than One on an Unsteady Propagating Flame with One-step Chemistry.
• Discussion of Test Problem B.
• On the Use of Adaptive Grids in Numerically Calculating Adiabatic Flame Speeds.
• Results of a Study of Several Trans port Algorithms for Premixed, Laminar Steady-State Flames.
• Influence of Transport Models and Boundary Conditions on Flame Structure.
• Numerical Solution of Burner-Stabilized Premixed Laminar Flames by an Efficient Boundary Value Method.
• Toward the Formulation of a Global Local Equilibrium Kinetics Model for Laminar Hydrocarbon Flames.
• Time-Dependent Simulation of Flames in Hydrogen-Oxygen-Nitrogen Mixtures.
• Mechanism of Flame Propagation in Hydrogen-Air and Methane-Air Systems.
• Flames near Rich Flammability Limits, with Particular Reference to the Hydrogen-Air and Similar Systems.
• Experimental Investigation of Internal Combustion of Various Fuels.