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Exhaust gas recirculation is a widely known technique applied in internal combustion engines for controlling the combustion process and harmful emissions. The recirculation of gases can be achieved either by delivering burnt...
This paper describes newly identified effects of fouled injectors in diesel engines. As well as restricting and disrupting fuel flow into the combustion chamber, injector fouling has wider impacts on the engine, and these...
Exhaust gas recirculation is a widely known technique applied in internal combustion engines for controlling the combustion process and harmful emissions. The recirculation of gases can be achieved either by delivering burnt...
Heat transfer is significant in turbochargers and a number of mathematical models have been proposed to account for the heat transfer, however these have predominantly been validated under steady flow conditions. A variable...
Measuring and analyzing combustion is a critical part of the development of high efficiency and low emitting engines. Faced with changes in legislation such as real driving emissions (RDE) and the fundamental change in the...
This paper describes newly identified effects of fouled injectors in diesel engines. As well as restricting and disrupting fuel flow into the combustion chamber, injector fouling has wider impacts on the engine, and these...
This paper aims to design superconducting magnetic bearing using HTS tape for a ultra high-speed turbo motor operating up to 120000 rpm. Despite being a recent technology compared to conventional magnetic bearings, HTS...
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