Motivated by high filtration efficiency (mass-and number-based) and low pressure drop
requirements for gasoline particulate filters (GPFs), a previously developed heterogeneous …

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 …

Size-resolved particle mass and number concentrations were obtained from different
operating conditions using a spark-ignition direct-injection engine and a heavy-duty diesel …

Filtration characteristics of fuel neutral soot particulate were studied using a recently
developed heterogeneous multiscale filtration (HMF) model. In the HMF model, a probability …

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 …

The exhaust filtration analysis system (EFA) developed at the University of Wisconsin–
Madison was used to perform microscale filtration experiments on cordierite filter samples …

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 …

Passive ammonia SCR system models including a TWC model and a SCR model are
developed. The TWC kinetic model is developed based on the engine dynamometer data …

Gasoline particulate filters (GPFs) provide an effective means of reducing particulate matter
(PM) emissions from the SIDI exhaust. Filter pressure drop and filtration efficiency (FE) are …

The capillary flow porometry (CFP) technique was studied and implemented for the
characterization of porous ceramic materials used in gasoline particulate filters (GPFs). To …