Sentence examples for control of engines from inspiring English sources

In the future increasingly more sensors will be used for the control of engines.

In the future, to facilitate the optimal control of engines equipped with advanced DMF systems, such conventional control systems may require adaptation, modification or even replacement.

Control of engine temperature is more difficult, however, and high-temperature-resistant ceramic parts are required when design operating temperatures are significantly increased.

Accurate combustion parameters are the foundations of effective closed-loop control of engine combustion process.

The application of adaptive feedforward control in the control of engine and road noise in cars is described.

With the application of multiple injection technology, improved injection scheme design and better control of engine combustion have been achieved.

This paper deals with the global control of engine cooling fan noise in free field at the Blade Passing Frequency (BPF) and its first harmonic.

Indicated torque of internal combustion engines (ICEs) is strongly associated with the evaluation and control of engine automations, emissions and faults.

Current control of engine used look-up table combined with proportional and integral (PI) control and is not robust to system uncertainty and time varying effects.

The motivation for this approach is active control of engine-induced vibration in automotive vehicles, where the fundamental frequency, i.e., engine firing frequency, goes from approximately 7 Hz at idle (840 rpm) to approximately 50 Hz (6000 rpm).

The impetus for this approach is the active control of engine-induced vibrations in automotive vehicles, where the fundamental frequency, i.e., engine firing frequency, ranges from approximately 7 Hz at idle (800 rpm) to approximately 50 Hz (6000 rpm).