In the present study, the effects of late injection timings and EGR rates on combustion,
performance and emission characteristics were evaluated in a single cylinder diesel engine …

Stringent emission norms and renewable energy policies of governments are creating
necessity to adopt renewable energy sources for diesel engine applications. Changing the …

Waste plastic oil (WPO) shows its potential in replacing diesel without altering the engine in
any way. On the other hand, hydrogen is treated as a future fuel for its higher heat content …

Stringent emission regulations and depletion of crude oil are driving researchers toward
alternative fuels. In this context, palm oil emerges as a good competitor as it is highly …

The objective was to study the emissions and performance characteristics of Hydrotreated
Vegetable Oil and Transesterified Biodiesel (Fatty Acid Methyl Esters) when used as fuel in …

In renewable energy resources, although biodiesels have occupied the top place as an
alternative for compression ignition engines, their high NO x discharge causes concern …

The improvement in engine performance and exhaust emissions reduction are the major
important issues in developing a more efficient engine. The injection timing is one the major …

This study investigates the influence of injection timing (IT) on combustion-emission-
performance aspects of the compression ignition (CI) engine, running with emulsified plastic …

An experimental investigation was conducted to study the effect of variable engine
parameters like injection timing and compression ratio on performance and emission …

Due to the depleting resources of petro fuels and the emission of hazardous gases,
alternative fuels have found a prominent place in the recent times. The thermal barrier …