Sentence examples for maximum pressure rise from inspiring English sources

The maximum pressure rise rate during gas explosions in enclosures and the deflagration index are important explosion characteristics of premixture.

From simulation, the maximum pressure rise rate and deflagration index of methane, hydrogen and their mixtures are obtained.

The optimization target focused on maximizing efficiency, while keeping NOx emissions, peak pressure and maximum pressure rise rate under the baseline engine levels.

The influence of equivalence ratio, initial temperature and initial pressure on the maximum pressure rise rate and deflagration index is examined.

Finally, based on theoretical analysis we propose a correlation to calculate the maximum pressure rise rate and deflagration index of methane at a broad range of initial pressure.

For all investigated fluorinated agents, the influence of the maximum pressure rise rate on the explosion and the laminar burning velocity was very strong.

Moreover, the inhibition effects, which were characterized by reductions in the flame propagation speed, the maximum explosion overpressure (ΔPmax), and the maximum pressure rising rate ((dP/dt)max), could be improved by increasing the water/NaCl solution concentration and mist amount.

The measured parameters include maximum deflagration pressure rise, maximum rate of pressure rise, minimum ignition temperature, minimum ignition energy and minimum explosible concentration.

The measured characterization parameters include: maximum deflagration pressure rise (ΔPMAX), maximum rate of pressure rise (dP/dt MAX, minimum ignition temperature (TC), minimum explosible concentration (MEC), and minimum ignition energy (MIE).

The determined parameters of hydrided and partially-dehydrided states of this system include: maximum deflagration pressure rise (PMAX), maximum rate of pressure rise (dP/dt MAX, minimum ignition temperature (TC), minimum explosible concentration (MEC), minimum ignition energy (MIE), and explosion severity index (KSt).

The core insights of this investigation show that the maximum deflagration pressure rise (ΔPMAX) and maximum rate of pressure rise ((dP/dt MAX) of this hybrid mixture are greater than those corresponding to deflagrations of H2/air mixtures for all the dust and H2 concentrations being examined.