[HTML][HTML] A numerical study of the influence of pilot fuel injection timing on combustion and emission formation under two-stroke dual-fuel marine engine-like conditions
Stricter regulations imposed on emissions are motivating the scientific community to
consider studying alternative fuels to achieve low emission, high efficient dual-fuel (DF) …
consider studying alternative fuels to achieve low emission, high efficient dual-fuel (DF) …
Numerical analysis of the impact of water injection on combustion and thermodynamics in a gasoline engine using detailed chemistry
Water injection is a promising technology to improve the fuel efficiency of turbocharged
gasoline engines due to the possibility to suppress engine knock. Additionally, this …
gasoline engines due to the possibility to suppress engine knock. Additionally, this …
Gasoline engine performance simulation of water injection and low-pressure exhaust gas recirculation using tabulated chemistry
This work presents the assessment of direct water injection in spark-ignition engines using
single cylinder experiments and tabulated chemistry-based simulations. In addition, direct …
single cylinder experiments and tabulated chemistry-based simulations. In addition, direct …
Three-dimensional computational fluid dynamics engine knock prediction and evaluation based on detailed chemistry and detonation theory
Engine knock is an important phenomenon that needs consideration in the development of
gasoline-fueled engines. In our days, this development is supported using numerical …
gasoline-fueled engines. In our days, this development is supported using numerical …
Stochastic reactor-based fuel bed model for grate furnaces
Biomass devolatilization and incineration in grate-fired plants are characterized by
heterogeneous fuel mixtures, often incompletely mixed, dynamical processes in the fuel bed …
heterogeneous fuel mixtures, often incompletely mixed, dynamical processes in the fuel bed …
LES study of diesel flame/wall interaction and mixing mechanisms at different wall distances
In this paper, the flame-wall interaction of reacting diesel spray under engine like conditions
is investigated using large eddy simulations. The aim of this study is to understand the …
is investigated using large eddy simulations. The aim of this study is to understand the …
Development of a computationally efficient tabulated chemistry solver for internal combustion engine optimization using stochastic reactor models
A Matrisciano, T Franken, LC Gonzales Mestre… - Applied Sciences, 2020 - mdpi.com
The use of chemical kinetic mechanisms in computer aided engineering tools for internal
combustion engine simulations is of high importance for studying and predicting pollutant …
combustion engine simulations is of high importance for studying and predicting pollutant …
Tabulated chemistry method for fast calculations of detailed chemical kinetics in system level simulations of internal combustion engines
To reduce the emissions from internal combustion engines, new combustion strategies
along with alternate fuels blends are currently under investigation. The engine performance …
along with alternate fuels blends are currently under investigation. The engine performance …
Shock tube study of normal heptane first-stage ignition near 3.5 atm
Shock tube ignition delay times and species time history measurements for Primary
Reference Fuels (PRFs) such as normal heptane provide targets for the validation of …
Reference Fuels (PRFs) such as normal heptane provide targets for the validation of …
Engine knock prediction and evaluation based on detonation theory using a quasi-dimensional stochastic reactor model
Engine knock is an important phenomenon that needs consideration in the development of
gasoline fueled engines. In our days, this development is supported by the use of numerical …
gasoline fueled engines. In our days, this development is supported by the use of numerical …