Spark knock: A source for particulate matter emissions from gasoline spark ignited engines
T Han, K Bhadra, C Solbrig, RJ Middleton… - Combustion and …, 2024 - Elsevier
This study explores the relationship between knocking and particulate matter emissions in
both single-cylinder and multi-cylinder direct injection spark ignition (DISI) engines. The …
both single-cylinder and multi-cylinder direct injection spark ignition (DISI) engines. The …
Phenomenological model for unburned hydrocarbon emissions from spark-ignition, pre-chamber, and dual-fuel internal combustion engines
Considering the strict regulations on the transport sector emissions, predictive models for
engine emissions are essential tools to optimize high-efficient low-emission internal …
engine emissions are essential tools to optimize high-efficient low-emission internal …
Characteristics of Spray Near the Nozzle and Tip Wetting in an Enlarged GDI Injector Step-Hole Nozzle
This study is to analyze the spray characteristics near the nozzle according to the cavitating
flow and step-hole structure using a quartz nozzle simulating a gasoline direct injection …
flow and step-hole structure using a quartz nozzle simulating a gasoline direct injection …
A Modeling Tool for Particulate Emissions in GDI Engines with Emphasis on the Injector Zone
Fuel film deposits on combustion chamber walls are understood to be the main source of
particle emissions in GDI engines under homogenous charge operation. More precisely, the …
particle emissions in GDI engines under homogenous charge operation. More precisely, the …
Comprehensive Phenomenological Model for Unburned Fuel Emission Simulation from Premixed-Charge Ic Engines
Considering the strict regulations on the transport sector emissions, predictive models for
engine exhaust emissions are essential to tackle the challenges connected to design and …
engine exhaust emissions are essential to tackle the challenges connected to design and …