Heat Transfer in Radiating and Combusting Systems

1: Gas Radiation.- Invited Lecture - Gas Radiation Spectral Correlated Approaches for Industrial Applications.- Spectral Gas Effects in Gas-Fired Furnaces.- Experimental and Theoretical Studies on the Radiative Properties of CO2 at High Temperature: Application to Diagnostic.- Experimental Studies of a Methane/Air Counterflow Flame Doped with NO.- 2: Heat Transfer in Flames.- Invited Lecture - The Calculation of Local Fluctuations in Non Premixed Turbulent Flames.- Modelling of Thermally Radiating Diffusion Flames with Detailed Chemistry and Transport.- Calculations of Velocity, Composition and Temperature Fields in a Model Swirl Combustor with a Reynolds-Stress Transport Turbulence Model.- Numerical Prediction of Flame Image.- The Role of Radiation in Microgravity Flame Structures and Behavior.- 3: Particle Phase - Gas Phase Radiative and Convective Interaction.- Invited Lecture - Simulation of Particle Multiple Scattering and Applications to Particle Diagnosis.- Sensitivity of Radiative Transfer to Refractive Index of Fly Ash in High Temperature Environment.- Modelling Optical Properties of Air CO2-H2O-Soot Mixtures for Enginee ring Calculations.- The Radiative Properties of Soot Agglomerates.- Spectropyrometric Determinations of Local Particles Gas Temperatures in a Pulverised Coal Flame.- Radiation Tomography of Sooting Diffusion Flames.- 4: Measurements of Radiative and Convective Heat Transfer.- Invited Lecture - Review of Non-Intrusive Measuring Procedures Applied to Radiative Gases.- A New Infrared Emission-Absorption Pyrometer for Dust - Air Explosions Temperature Measurements.- Instantaneous Temperature Profile Measurements, in a Flame by Infrared Line Thermometry Technique.- Simultaneous Measurement of Temperature and Density of Burnt Gases by anInfrared Radiation Computed Tomography.- Quick Measuring Technique for Flames (QMF).- Thermographic Detection of Bond Defects within Models of Solid Propellant Motors.- 5: Heat Transfer in Combustion Equipment.- Invited Lecture - Heat Transfer in Industrial Furnaces.- Modelling Radiative Heat Transfer in Pulverised Coal-Fired Furnaces.- Mathematical Modelling of Heat Transfer in an Industrial Glass Furnace.- Mathematical Modelling of Thermal NOx Emissions in Combustion Chambers.- Heat Transfer Predictions in Aircraft Engines Combustors and Reheats.- Influence of the Pressure-Ratio on Radiative Heat Transfer in Gas Turbine Combustors.- Radiation Characteristics of Surface Combustion Burners.- Simulation of Radiation Heat Exchangers.- Heat Transfer to Pipes Submerged in Turbulent Jet Diffusion Flames.- Radiation Heat Transfer in the MHD Generator.- An Improvement in Calculating the Thermal Fields in the Piston-Cylinder System.- 6: Heat Transfer in Fires.- Invited Lecture - Heat Transfer in Building Fires.- On the Field Modelling of Fire using Parallel Processors.- Radiative Transfer at the Surface of a Small Scale Pool Fire Under the Influence of External Radiation.- Combined Convective and Conductive Effects within an Upstream Flow Along a Vertical Fuel Surface.- A "Two-Fluid" Approach to the Modelling of Three-Dimensional Turbulent Flames.- Three-Dimensional Natural Convection-Radiation Interactions in a Differentially Heated Cube Filled with Gas/Soot Mixtures.