Sentence examples for performance thrust from inspiring English sources

Numerical simulations were performed in evaluating the parameters of micronozzle performance, thrust, mass flow rate and specific impulse efficiency, for both 3D linear and two-depth micronozzles with 15° and 30° expander half-angles over a range of throat Reynolds numbers (Rethroat≈60 1068).

Transient RANS CFD methods are employed to obtain the performance, thrust, and average flow speeds at the turbine plane in simulations performed in three comparable cases: bare turbine, bare diffuser and diffuser-augmented turbine.

Experimental results are presented regarding thrust performance, thrust response dynamics, thrust level stability and repeatability, effects of pontoon proximity and azimuth angle relative to pontoon, and effects of advance velocity.

This paper examines the suitability of using the Computational Fluid Dynamics (CFD) tools, ANSYS-CFX, as an initial analysis tool for predicting the drag and propulsion performance (thrust and torque) of a concept underwater vehicle design.

Those performances thrust Midler into the spotlight, along with her then-unknown accompanist and music director, Barry Manilow.

So the dependencies of propulsion performances, (thrust, specific impulse and thrust efficiency) including both amplitude and frequency of "low-frequency oscillation" on various parameters, (discharge voltage, neutral species temperature and magnetic field configuration) were investigated in the present study.

The ongoing quest to increase gas turbine efficiency and performance (increased thrust) provides a driving force for materials development.

In this paper, a genetic-fuzzy control is employed in order to meet the engine performance requirement (thrust regulation) and constraints (safety considerations).

Sharma and Srinivasa Rao (2013) implemented the six sigma DMAIC and ANOVA combinational approach for improving the machining process performance of thrust face width grinding of a connecting rod of an internal combustion engine.

Performance measurements (thrust and power consumption) of the system and the influence of design parameters (rotor spacing and wind speed) on performance are obtained with the aerodynamic momentum theory and the hover test stand.

The purpose of presented algorithm is to determine coefficient of performance (CP), thrust coefficient (CT), pitch angle and rotational speed of each turbine by using wake effects equations so that wake losses in the wind farm becomes minimum which result in increasing output power of wind farm.