Spatiotemporal Surface Temperature Measurements Resolving Flame-Wall Interactions of Lean H2-Air and CH4-Air Flames Using Phosphor Thermometry
Spatiotemporal wall temperature (Twall) distributions resulting from flame-wall interactions
of lean H2-air and CH4-air flames are measured using phosphor thermometry. Such …
of lean H2-air and CH4-air flames are measured using phosphor thermometry. Such …
[HTML][HTML] The relative position of pyrolysis onset and flame front location for downward flame spread
The interaction of solid and gas phase phenomena in downward flame spread is studied
under buoyant conditions. Phosphor thermometry (PT) was used to determine the …
under buoyant conditions. Phosphor thermometry (PT) was used to determine the …
[HTML][HTML] An experimental investigation of the thermal flame structure during side-wall quenching of a laminar premixed flame
The thermal flame structure (ie, the temperature distribution in the preheat and reaction
zones) is a core element that describes fundamental flame behavior and chemical reactions …
zones) is a core element that describes fundamental flame behavior and chemical reactions …
Integrating photoluminescence with DIC for three-dimensional temperature and deformation field measurements in cryogenic environments
HW Xue, SQ Li, ZF Zhang, HM **e - Optics and Lasers in Engineering, 2025 - Elsevier
In aerospace engineering and clean energy, many components operate under cryogenic
conditions. Accurate surface temperature and deformation measurements are essential for …
conditions. Accurate surface temperature and deformation measurements are essential for …
Revisiting flame spread: new problems, new tools, new opportunities
RM Hadden - Journal of Physics: Conference Series, 2024 - iopscience.iop.org
Flame spread underpins a huge range of fire problems and encompasses some of the most
complex aspects of fire science especially a strong coupling between gas and solid phase …
complex aspects of fire science especially a strong coupling between gas and solid phase …