Global problems such as energy crisis and air pollution issues have motivated researchers
to conduct research on water-diesel fuel emulsion as a strategic research works …

In the current global energy scenario, fossil fuels face challenges with regards to exorbitant
demand, environmental hazards and escalating costs. In this regard, the technical …

Compression ignition (CI) engines are widely used in modern society, but they are also
recognized as a significative source of harmful and human hazard emissions such as …

A comparative study on the effects of air–fuel mixing quality on combustion characteristics
was carried out in both conventional and low temperature diesel combustion (LTC) regimes …

The present investigation works out a two-stage strategy to achieve higher level of emission
reduction to meet more stringent emission norms. In the first stage, an optimum blend of …

As pollutants and fuel consumption requirements become more constraining, new internal
combustion engines generation arise to fulfill future automobile market regulations. In these …

A two-stage strategy of emission reduction is applied to a single cylinder diesel locomotive
to fulfill more stringent emission norms. First stage includes, the maximum possible emission …

The regeneration behavior of diesel particulate filters is significantly influenced by the
reactivity of the stored soot. However, there is still a lack of analyses which describe the …

To this day, Diesel engines with direct injection are the most efficient internal combustion
engines for passenger cars. The major challenge of these engines with a conventional …

The experimental study was performed to investigate the effects of the peak cylinder
pressure and the cooling galleries on the piston temperature of a 2L diesel engine. Pistons …