Sentence examples for increased flame speed from inspiring English sources

For the same blockage ratios, results demonstrated that plates and triple prisms increased flame speed and overpressure much larger.

As a result, the rate of diffusion of heat and species increases resulting in increased flame speed.

One major factor contributing to this phenomenon is that as the inlet mixture temperature increases, the flame, which is originally anchored in the center recirculation zone, penetrates into the corner recirculation zone and flashes back, due to the increased flame speed.

However, the HC concentration of SiC foams decreased with increased flame speed.

Confining the reaction enables the trapped gases to enhance convection, yielding increased flame speeds.

Thicker walls showed increased benefit to the thermal conductivity tailoring than thinner wall designs; both in increased flame speeds as well as the ability to tolerate higher heat losses without extinction.

Results indicate that increasing the initial temperature of the reactants results in dramatically increased flame speeds for nanocomposite thermite (i.e., from 627 to 1002 m/s for ambient and 105 °C pre-heat temperature, respectively) and for micron composite thermite (i.e., from 205 to 347 m/s for ambient and 170 °C pre-heat temperature, respectively) samples.

The results indicated the H2 in the D-EGR promoted the combustion process in the stoichiometric cylinder, increasing flame speed and decreasing combustion duration.

Chemical kinetic models initially confirm that H2O has a substantial impact on the employed fuel behaviour; increasing flame speed by up to 60% across an experimental range representative of fluctuation in atmospheric humidity (∼1.8 mol%).

This effect increases flame speeds and tends to counteract the effect of diluents to reduce laminar burning velocities.

Both experimental and numerical results indicate that increasing H2 in the fuel significantly increases flame speeds and thus extinction strain rates.