Sentence examples for heavy duty engine from inspiring English sources

Many of the advances in automotive and heavy duty engine design in the past century have played out in filter element and media design.

In this study, a novel design methodology of a radial turbine expander for a heavy duty engine ORC waste heat recovery system is presented.

An LQG controller was designed based on the estimated models and tested on a six-cylinder heavy duty engine running in HCCI operation.

In this paper we consider the issues facing the design of a practical multivariable controller for a heavy duty engine equipped with an exhaust gas recirculation (EGR) valve and variable geometry turbocharger (VGT).

Lastly, wear and durability performance is demonstrated in both engine screening tests and heavy duty engine tests, where the new FE VM helps maintain the low soot-induced wear and the outstanding engine cleanliness.

Due to the bigger share of passenger cars engines over heavy duty engines, the research has been mainly focused on the investigation using small nozzles.

The increasing demands from environmental legislations are changing the conditions that the valve system is exposed to in heavy duty engines.

This paper studies two nozzles with diameters representative of those that can be encountered in heavy duty engines, with the objective of corroborating the conclusions gathered for small nozzles representative of passenger car engines.

The performance of three Portable Emission Measurement Systems (PEMS) for Particulate Matter (PM) was assessed in our laboratory against reference instrumentation in engine dynamometer testing of five Heavy Duty Engines (HDEs) of different aftertreatment technologies.

Heavy duty engines are used in only 2percentt of vehicles, but even if they always operated within pollution limits they would account for about a third of the nitrogen oxide emissions from all vehicles in some areas with dirty air.

Similarly, the Euro 1 6 standard for light duty vehicles and the Euro I VI standard for heavy duty engines oblige manufacturers to fulfil steadily more demanding requirements in terms of nitrogen oxide (NOX), particulate matter (PM), hydrocarbon (HC) and carbon monoxide (CO) emissions.