engine balance


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engine balance

[′en·jən ‚bal·əns]
(mechanical engineering)
Arrangement and construction of moving parts in reciprocating or rotating machines to reduce dynamic forces which may result in undesirable vibrations.
References in periodicals archive ?
WGP has historically determined that the peak-firing pressure (PFP) method provides the best measure of engine balance.
Since accurate peak-firing pressure available from the Windrock continuous pressure monitoring system would satisfy the first requirement of this method of engine balance, the two companies agreed to participate in a developmental project which involved power cylinder autobalancing of a legacy two-cycle engine.
Refinement was a centerpiece of the Sentra's design, as shown by the cradle type engine subframe, liquid-filled engine mounts, engine balance shaft, and equal-length intake runners.
Products include powder metal engine connecting rods, engine bearing caps, engine cylinder oil jets, transmission sub assemblies, forged differential gears and pinions, differential assemblies, engine balance shaft modules, transmission shafts, and engine crankshaft dampers.
Enhanced mixing, multi-strike ignition systems, different engine balance technologies and methodologies, post-combustion catalytic reduction (non-selective catalytic reduction or NSCR, oxidation catalyst, selective catalytic reduction or SCR), and future technologies such as laser ignition, and mass air/fuel ratio interpretation through infrared spectrometry.
Engine Dynamic Cylinder Pressure used for engine horsepower determination, engine balance, and engine statistics.
To measure the AutoBalancer 5000 System's effects on engine balance, testers considered the Peak Pressure Spread (PPS) - the maximum difference between cylinder peak pressures.
Engine balance is a key operating concern for best engine performance and minimization of NOx minimization.
Both have been engineered with driving efficiency in mind, and their stateA[degrees]ofA[degrees]theA[degrees]art engine balances both performance and fuel economy.
The engine balances tire reduced jet speed required for noise reduction against the level of thrust required for take-off.
Mitsubishi's innovative E-Boost engine balances high adrenaline motoring with environmental performance, including low emissions and fuel economy.