Recent advances in diagnostic methods are providing new capacity for detailed
measurement of turbulent, reacting flows that are strongly radiating. Radiation becomes …

Measurements were performed to characterize the dimensional and radiative properties of
large-scale, vertical hydrogen-jet flames. This data is relevant to the safety scenario of a …

A non-luminous turbulent jet diffusion flame is numerically simulated using a Reynolds
stress second-order closure, the steady laminar flamelet model, and different approaches for …

The radiative characteristics of jet fires is usually expressed through the use of a fraction of
heat radiated, which is primarily a property of the fuel being considered. It is generally …

Experiments of two nozzle diameters at three ignition positions under three initial pressure
conditions were carried out. The dynamic leakage characteristics and the stagnation …

The prediction of the radiative heat flux from a turbulent-jet flame issuing from a damaged,
high-pressure hydrogen storage system is an issue of importance for the safe use of …

In this work, cryogenic hydrogen fires at various pressures and initial temperatures were
investigated experimentally. The flame length, width, thermal radiation fluxes and flame …

Considerable effort is being directed toward updating safety codes and standards in
preparation for production, distribution, and retail of hydrogen as a consumer energy source …

Nitric oxide (NO) levels in turbulent flames are sensitive to temperature, O atom
concentrations, and residence times at the NO forming conditions. Consequently, accurate …

Conditional Moment Closure (CMC) predictions are made for a turbulent jet diffusion flame
of a methane-air mixture. They are compared with laser diagnostic measurements for the …