Standard stoichiometric control of a three-way catalytic converter is often not sufficient to meet new, very stringent, emission standards. This paper presents vehicle based testing of a model-based controller that takes into account dynamics of the catalytic converter. By applying such a controller higher efficiency of the catalytic converter under dynamic operation is achieved, which ultimately leads to lower emissions and a possibility to reduce the cost of the system
In order to reduce emissions from vehicles powered by an internal combustion engine, an exhaust afte...
One primary focus on internal combustion engines is that these engines create multiple harmful exhau...
To meet the increasingly exacting emission control standards that are emerging, alternative fue l ve...
Standard stoichiometric control of a three-way catalytic converter is often not sufficient to meet n...
Though often neglected, dynamic behavior of the three-way catalytic converter has a strong impact on...
The performance of a three-way catalytic converter under transient operation can be improved by cont...
Automotive three-way catalytic converters are routinely applied today in the elimination of carbon m...
An increased concern about automotive pollution in the last 30 years has led to very stringent emiss...
The competition to deliver ultra low emitting vehicles at a reasonable cost is driving the automotiv...
Automotive emissions are stringently regulated. Since 1980, a three-way catalyst (TWC) has been used...
The demanding legislation for vehicle emissions pushes the automotive industry to the commercializat...
A one dimensional discretized model of a two brick three way catalyst (TWC) system was developed and...
This master’s thesis describes the development of a model of the catalystsystem aiming at control by...
\u3cp\u3eThe LEV/ULEV emission standards pose challenging problems on automotive exhaust gas treatme...
Atmospheric pollution caused by automotive vehicles is nowadays a very relevant and open problem. To...
In order to reduce emissions from vehicles powered by an internal combustion engine, an exhaust afte...
One primary focus on internal combustion engines is that these engines create multiple harmful exhau...
To meet the increasingly exacting emission control standards that are emerging, alternative fue l ve...
Standard stoichiometric control of a three-way catalytic converter is often not sufficient to meet n...
Though often neglected, dynamic behavior of the three-way catalytic converter has a strong impact on...
The performance of a three-way catalytic converter under transient operation can be improved by cont...
Automotive three-way catalytic converters are routinely applied today in the elimination of carbon m...
An increased concern about automotive pollution in the last 30 years has led to very stringent emiss...
The competition to deliver ultra low emitting vehicles at a reasonable cost is driving the automotiv...
Automotive emissions are stringently regulated. Since 1980, a three-way catalyst (TWC) has been used...
The demanding legislation for vehicle emissions pushes the automotive industry to the commercializat...
A one dimensional discretized model of a two brick three way catalyst (TWC) system was developed and...
This master’s thesis describes the development of a model of the catalystsystem aiming at control by...
\u3cp\u3eThe LEV/ULEV emission standards pose challenging problems on automotive exhaust gas treatme...
Atmospheric pollution caused by automotive vehicles is nowadays a very relevant and open problem. To...
In order to reduce emissions from vehicles powered by an internal combustion engine, an exhaust afte...
One primary focus on internal combustion engines is that these engines create multiple harmful exhau...
To meet the increasingly exacting emission control standards that are emerging, alternative fue l ve...