Research Explorer

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Researcher

Duc-Khanh Nguyen

Awards & Distinctions

12 Results

2020

Effects of molar expansion ratio of fuels on engine efficiency

Duc-Khanh NguyenJames SzybistLouis SileghemSebastian Verhelst

A1 Journal Article in FUEL

2019

Combustion characterization of methanol in a lean burn Direct Injection Spark Ignition (DISI) engine

Duc-Khanh NguyenBram StepmanViktor VergoteLouis SileghemSebastian Verhelst

Diluted combustion of methanol in spark-ignition engines with on-board fuel reforming

Duc-Khanh NguyenSebastian VerhelstLouis Sileghem

Exploring the potential of reformed-exhaust gas recirculation (R-EGR) for increased efficiency of methanol fueled SI engines

Duc-Khanh NguyenLouis SileghemSebastian Verhelst

A1 Journal Article in FUEL

”Dangerous fuels” for cars : a way to save the world

Duc-Khanh NguyenLouis SileghemSebastian Verhelst

2018

A quasi-dimensional combustion model for spark ignition engines fueled with gasoline–methanol blends

Duc-Khanh NguyenLouis SileghemSebastian Verhelst

A1 Journal Article in PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART D-JOURNAL OF AUTOMOBILE ENGINEERING

Downsizing potential of methanol fueled DISI engine with variable valve timing and boost control

Duc-Khanh NguyenTim Van CraeynestThomas PilluJakob CoulierSebastian Verhelst

2017

Computational study of the laminar reaction front properties of diluted methanol–air flames enriched by the fuel reforming product

Duc-Khanh NguyenSebastian Verhelst

A1 Journal Article in ENERGY & FUELS

Development of laminar burning velocity correlation for the simulation of methanol fueled SI engines operated with onboard fuel reformer

Duc-Khanh NguyenSebastian Verhelst

Studying the effect of the flame passage on the convective heat transfer in a S.I. engine

Thomas De CuyperStijn BroekaertDuc-Khanh NguyenKam ChanaMichel De PaepeSebastian Verhelst

2016

Laminar Burning Velocity of Methanol Steam Reforming Products: Influence of CO Selectivity

Duc-Khanh NguyenSebastian Verhelst

The temperature dependence of Laminar burning velocities of methanol-syngas-air flames

Duc-Khanh NguyenSebastian Verhelst