Sentence examples for pressure release rate from inspiring English sources

The pressure release rate is one of the control factors determining number density of bubbles and bubble growth rate.

A simulation of simultaneous bubble nucleation and growth was performed for a batch physical foaming process of polypropylene (PP /CO2 system under finite pressure release rate.

The paper also analyses the influence on in-cylinder pressure, heat release rate, heat release law and engine efficiency.

Indicative Mean Effective Pressure, Heat Release Rate and Mass Burned Fraction were used to evaluate the effects on engine performance.

The results show that near-tip displacements and stresses, contact pressure, energy release rate range and fatigue life strongly depend on the laminae Young's modulus variation.

The drop in cylinder pressure, heat release rate (HRR) and exhaust gas temperature (EGT) were observed for the PDSOME and its blends.

In-cylinder analyses of the pressure, heat release rate, temperature and emissions have been performed in order to have a better understanding of the effects of the implemented injection strategies on engine performance.

CO2 variation in a methane-based biogas fuel produced effects similar to the CO2 effects of exhaust gas recirculation (EGR), decreasing the cylinder temperature, pressure, heat release rate, and flame speed.

In particular, the variations of peak in-cylinder pressure, heat release rate, brake power, brake thermal efficiency, exhaust temperature, and NOx emissions are predicted close to the measured values.

To assess the assumptions and predictions of the proposed model, the spectra and magnitude of the oscillations of pressure, heat release rate, and velocity were measured for four different operating conditions: rich (R1), lean (L1), stoichiometric (S1), and reduced flow rate (R2) with a kilohertz laser diagnostic system.

The results show that in gas combustion, the pressure, heat release rate and streamwise velocity oscillate with the same frequency but different phases, and that the inlet velocity oscillation periodically generates a large vortex near the dump plane that drives combustion instability.