Diesel combustion and the formation of pollutants are directly influenced by the spatial and
temporal distributions of the fuel within the combustion chamber of an internal combustion …

The purpose of this study is to investigate combustion and exhaust emissions characteristics
by applying various split-injection strategies in order to determine the optimal injection that …

In modern compression ignition engines, complex fuel injection strategies are adopted in
order to enable a clean and efficient combustion process and an effective combustion noise …

Advanced injection schedules involving multiple injections have been utilized for reducing
the peak cylinder pressure, phasing heat release rate, and reducing emissions in diesel …

In direct injection diesel engines, combustion and formation of pollutants are directly
influenced by the spatial and temporal distributions of the injected fuel. In this study mixture …

This present work deals with the effects of injection parameters such as pilot-main injection
mass ratio and dwell time on combustion, performance, and emission characteristics of a …

Diesel engines have been dominant powerplants for transporting goods and public
transport, powering agricultural machines as well as industrial machines. After hundred …

Afin de réduire l'intensité de carbone du transport, plusieurs solutions techniques sont
étudiées dont l'usage de voitures électriques, de voitures hybrides et de moteurs thermiques …

This research work is driven by the requirement for more efficient and cleaner internal
combustion engines that meet fuel saving demands, stringent emissions regulations, and …

Meinem Doktorvater, Herrn Prof. Dr. Sebastian Kaiser, möchte ich für das
entgegengebrachte Vertrauen und die unzähligen Denkanstöße während des Aufbaus des …