Sentence examples for active engines from inspiring English sources

The work "demonstrates that protoplanetary disks are active engines of chemical synthesis, and that such environments are vital for building chemical complexity long before a planetary surface is created," Geoffrey Blake of Caltech and Edwin Bergin of the University of Michigan, Ann Arbor, wrote in a commentary on the paper.

Active engine mounts (AEMs) provide an effective solution to further improve the acoustic and vibrational comfort of passenger cars.

Active engine mounts seek to cancel the oscillatory forces generated by the rotation of out-of-balance masses within the engine.

This paper describes work conducted in order to control automotive active engine mounts, consisting of a conventional passive mount and an internal electromagnetic actuator.

A MIMO (multi-input multi-output) controller design for an active engine suspension system has been performed making use of a virtual development environment for design, analysis, and co-simulation based closed-loop verification.

The mid-engine layout continues to charm in its balance, and if trickery like active engine suspension mounts and rear torque-vectoring – braking the inside rear wheel to transfer power to the outside wheel and improve cornering – are working behind the scenes, the driver still feels a direct connection to the machine.

In order to use recorded engine data more effectively, this paper assesses the feasibility of a pro-active engine diagnostic-tool using artificial neural networks (ANNs).

This paper presents an economical launching and accelerating mode, including four ordered phases: pure electrical driving, clutch engagement and engine start-up, engine active charging, and engine driving, which can be fit for the alternating conditions and improve the fuel economy of hybrid electric bus (HEB) during typical city-bus driving scenarios.

Transfer-function modelling following least-action principle leads to the conservation law of thermoacoustic storage, which figures out engine cycles, the most fundamental principle in designing active thermoacoustic engines.

"Rather than be on an avenue that is all active and engines flowing here and going there," said Derek, as he paced back and forth unsteadily, "it's calm and tranquil".

This paper develops energy-transfer modelling of active thermoacoustic engines resonantly controlled on boundary for amplification of power rating toward satisfaction of renewable industry.