The state-of-the-art multiscale modeling of gasoline particulate filter (GPF) including channel
scale, wall scale, and pore scale is described. The microstructures of two GPFs were …

Particulate formation due to combustion of a wide range of ethanol-gasoline blends were
investigated in an internal combustion engine. The engine used for this study is a single …

The study investigates the impact of the physical properties of biodiesel particulate matter on
the performance of diesel particulate filters (DPF). Filtration efficiency (FE) and pressure …

The impact of inlet particle properties on the filtration performance of clean and particulate
matter (PM) laden cordierite filter samples was evaluated using PM generated by a spark …

In order to reliably predict the particle number filtration of gasoline particulate filters (GPF)
under practical driving conditions, an extension to established filtration models is developed …

Based on experimental data from engine after-treatment tests, the diesel particulate filter
(DPF) microscopic channel model was constructed using UG, and the accumulation of …

Recent progress in 3D X-ray microscopy allows the analysis of coated gasoline particulate
filters on a detailed pore-scale level. However, derivable detailed three-dimensional models …

To meet stringent emissions regulations, filtration devices are often used in engine exhaust
systems to reduce particulate mass (PM) and particulate number (PN). Diesel particulate …

In order to describe the microstructure of the porous wall of a gasoline particulate filter
(GPF), a pore size distribution based on a probability density function (PDF) and a non …

The effect of the pore size distribution on size-resolved filtration efficiency was investigated
for two ceramic particulate filters using particulate matter (PM) generated by a spark-ignition …