The smart diesel program requires the engine electronic control unit to consider additional
parameters, such as altitude and climatic conditions, in the mapping calibration process. A …

In the present study, dual-fuel ignition process of pilot diesel spray injection into a natural
gas-air mixture under engine-like conditions is numerically investigated via large-eddy …

An asymmetric reciprocating engine (ARE) with slow compression and fast expansion is
designed in this paper, which can improve combustion performance and energy conversion …

In the present study, the auto-ignition of a diesel surrogate (n-dodecane) spray in a lean
methane-air mixture is numerically investigated via large-eddy simulations (LES). The main …

In a premixed dual-fuel (DF) methane-diesel engine, the ignition of the lean premixed
methane/air mixture starts with the assistance of a pilot diesel injection. Auto-ignition of pilot …

Large-eddy simulation is applied for the simulation of n-dodecane split injections with 0.5-
ms dwell time. The objective is to study the interactions between the flame induced by the …

We propose a new flame index for the transported probability density function (PDF) method.
The flame index uses mixing flux projections of Lagrangian particles on mixture fraction and …

The ignition process of spray flame in a methane environment was studied using large eddy
simulation. By comparing the combustion process of n-dodecane spray (single fuel, SF) and …

ABSTRACT A surrogate fuel model named as T425 was constructed for diesel with 57.5% n-
heptane and 42.5% toluene by mole fraction, and then ignition characteristics of …

The future fuel for marine engines is not yet decided. However, it is well-known that utilizing
green alternative e-fuels is a big step in the way of decarbonization. Dual-fuel (DF) engines …