Ozone addition is a promising method to enhance and control combustion and ignition
processes. It can be produced efficiently at atmospheric or elevated pressure conditions and …

Depletion of fossil fuels and its enormous exhaust emission with conventional engines are
the major concerns in the current auto industry. Therefore, there is a need to curtail the …

Lean-burn is an effective way to optimize the fuel economy of spark-ignition methanol
engines. Hydrogen-assisted combustion can improve the stability of combustion and …

Combustion involves chemical reactions that are often highly exothermic. Combustion
systems utilize the energy of chemical compounds released during this reactive process for …

This review mainly concerns the use of bioethanol in advanced compression ignition (CI)
engines. Various advanced CI engines are in existence, and this review discusses …

Butanol is of particular interest as a renewable biofuel for advanced CI engines due to
several superior fuel properties over methanol and ethanol. This review is, therefore …

Piston engines are typically considered devices converting chemical energy into mechanical
power via internal combustion. But more generally, their ability to provide high-pressure and …

Recent research on homogeneous charge compression ignition (HCCI) engines has
demonstrated that these engines can complement traditional compression-ignition engines …

There are two major issues that restrain premixed charge compression ignition (PCCI)
engines from being widely employed for industrial applications: difficulties in combustion …

Diesel/methanol dual-fuel injectors can achieve dual direct injection of diesel and methanol
without modifying the cylinder head structure. Owing to the complex structure and high cost …