Flame Structure and Burning Speed of Jp-10 Air Mixtures

Vortex-shedding and mixing layer effects on periodic flashback in a lean premixed prevaporized gas turbine combustor

“…Thus, the velocity gradients in the plots correspond to pressures of 1, 2, and 3 atm, respectively. Since the flame speed is only very weakly dependent on pressure [21], changing the pressure provides a unique way to alter velocity without altering the mass flowrate. It can be seen from Fig.…”

Numerical simulations of laminar burning velocities of a major volatile organic compound involved in accelerating forest fires

“…This empirical correlation is given by Parsinejed et al [32] and enabled us to calculate the laminar burning velocity S 0 u knowing the laminar burning velocity S ref u taken at the stoichiometry and a reference temperature T ref u . Even if there is no physical aspect, we chose the empirical expression (9) because it involves only a few parameters, which can be easily optimized.…”

Microstructure of premixed propane/air flame in the transition from laminar to turbulent combustion

“…Furukawa et al [15] and Gulder et al [1] studied the turbulence flame front structure and the surface behavior of premixed propane-air mixture. Parsinejad [16] and Elicer-Cortes [17] recorded the change process of flame front structure using shadow image and Schlieren image methods respectively, and thereupon obtained the relationships between burning velocity and temperature, gas pressure, and stoichiometric ratio. Carlin et al [18] and Huang et al [19] analyzed the effect of Lewis number and flow field temperature on the flame structure instability.…”