Modelling of the thermal radiation of pool fires

Recent advances in the measurement of strongly radiating, turbulent reacting flows

“…These differences mean that reliable prediction of the processes on which radiation depends at industrial-scale requires experimental data at comparable scale, and cannot rely solely on data at low Reynolds number and/or small physical scale. The optical thickness of a flame also increases with physical scale [1] and the radiative properties of fires become fundamentally different at sufficiently large scale [23].…”

“…Droplets have a number of properties that can be exploited in their measurement within reacting environments. Firstly, being spherical allows the exploitation of a range of methodologies that require sphericity, such as phase Doppler particle anemometry, PDPA, and particle sizing from scattering [23]. PDPA is a single point technique that will useful in providing detailed cubic dependence of the f diameter means that it is resolution of both large and That is, avoiding saturation f too low a signal-to-noise ra reliable measurement.…”