The evolution of flame centerline trajectory and pulsation frequency for diffusion flames
under wind environments are thoroughly investigated in this paper. The combustion …

In this paper, flame spread over a vertically oriented discrete fuel array is investigated
experimentally under mixed-convective flow conditions, using polymethyl methacrylate …

This study investigates the role of turbulence induced instabilities on three-dimensional
boundary-layer flames. Boundary-layer diffusion flames under 0.99–2.43 m/s crossflow …

In this paper, the effect of an unheated starting length, L 0 varying between 0 and 30 cm, on
the burning and heat transfer characteristics over a horizontal Poly (methyl methacrylate) flat …

This study experimentally investigates the heat flux distribution over a horizontally placed
condensed fuel surface under mixed-convective turbulent flow conditions. The study …

The transient horizontal flame spread over thin black cast polymethyl methacrylate (PMMA)
sheets under non-steady airflow profiles is examined experimentally. The horizontal flame …

This paper studied the effects of an unheated segment on solid burning under laminar
forced flow, where both experimental and theoretical analysis of the burning behavior of a …

This paper investigates the effect of freestream turbulence on flame profile parameters and
streak behavior for boundary layer flames stabilized over a liquid fuel-soaked wick. In …

In the present work, to quantify the effects of an unheated starting length on the wind-driven
flame spread rates, the flow field structure and flame characteristics over a horizontally …

Experiments were conducted to investigate the burning behavior of wind-driven turbulent
flames stabilized over a condensed fuel surface. A controlled turbulent crossflow …