Studying pure ethanol spray flame has the potential to achieve the carbon neutrality vision.
This paper studies the effects of fuel injection masses (12, 24, 36 mg) and fuel injection …

In this study, diesel spray combustion at oxygen-enriched conditions (oxygen volume
fraction of 21–70%) with argon dilution is experimentally investigated in a constant-volume …

Awareness of climate change, fossil fuel availability, and pollutants has been growing which
have pushed forward the effort in cleaner engines. In this aspect, the gasoline engines have …

The utilization of ignition assistance devices offers an effective solution to overcome the
challenges associated with ignition control in the development of propulsion systems for …

This paper presents the numerical results of combustion and soot recession in the Engine
Combustion Network (ECN) Spray A and D flames using large eddy simulations (LES). The …

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 …

In the present study, large eddy simulation is used to investigate combustion recession for
the Engine Combustion Network Spray A flame at two ambient temperatures (850 K and 800 …

In this paper, high-speed imaging and spectrometry diagnostics were used to study the
spray flame structures and emission spectra of polyoxymethylene dimethyl ethers (PODE) in …

The application of oxygen-enriched or oxy-fuel combustion coupled with carbon capture and
storage technology has zero carbon dioxide emission potential in the boiler and gas turbine …

This paper analyses the effect of injection pressures on spray and flame structures under
high-pressure diesel spray conditions using a three-dimensional Reynolds-Average Navier …