Emission legislation together with the need of more fuel-efficient engines have driven the development of promising combustion concepts in compression ignition (CI) engines. Most of them, lead toward a lean and low temperature combustion potentially suitable to achieve lower emission and fuel consumption levels compared to conventional diesel Combustion. Some of these new combustion concepts strongly rely on strategies that decouple the injection event from the combustion event, i.e. the end of injection (EoI) takes place before the start of combustion (SoC). Under this scenario, the interaction between fuel injection and in-cylinder flow structures gains more relevance. The study of this interaction may be a key parameter to better underst...
The understanding of in-cylinder flow field is one of the keys to realize Partially Premixed Combust...
The understanding of in-cylinder flow field is one of the keys to realize Partially Premixed Combust...
The goal of producing more efficient internal combustion engines has led to the use of more advanced...
Emission legislation together with the need of more fuel-efficient engines have driven the developme...
[EN] With ever-demanding emission legislations in Compression Ignition (CI) engines, new premixed co...
[EN] With ever-demanding emission legislations in Compression Ignition (CI) engines, new premixed c...
[EN] With ever-demanding emission legislations in Compression Ignition (CI) engines, new premixed c...
Spray and mixture formation in a compression-ignition engine is of paramount importance in the diese...
Engine properties such as engine speed and fuel injection quantity may affect the swirl flow of dies...
Partially premixed combustion (PPC) can be applied to decrease emissions and increase fuel efficienc...
Partially premixed combustion (PPC) can be applied to decrease emissions and increase fuel efficienc...
Partially premixed combustion (PPC) can be applied to decrease emissions and increase fuel efficienc...
Partially premixed combustion (PPC) can be applied to decrease emissions and increase fuel efficienc...
The transient in-cylinder flow field and mixing that take place during compression stroke of an inte...
The transient in-cylinder flow field and mixing that take place during compression stroke of an inte...
The understanding of in-cylinder flow field is one of the keys to realize Partially Premixed Combust...
The understanding of in-cylinder flow field is one of the keys to realize Partially Premixed Combust...
The goal of producing more efficient internal combustion engines has led to the use of more advanced...
Emission legislation together with the need of more fuel-efficient engines have driven the developme...
[EN] With ever-demanding emission legislations in Compression Ignition (CI) engines, new premixed co...
[EN] With ever-demanding emission legislations in Compression Ignition (CI) engines, new premixed c...
[EN] With ever-demanding emission legislations in Compression Ignition (CI) engines, new premixed c...
Spray and mixture formation in a compression-ignition engine is of paramount importance in the diese...
Engine properties such as engine speed and fuel injection quantity may affect the swirl flow of dies...
Partially premixed combustion (PPC) can be applied to decrease emissions and increase fuel efficienc...
Partially premixed combustion (PPC) can be applied to decrease emissions and increase fuel efficienc...
Partially premixed combustion (PPC) can be applied to decrease emissions and increase fuel efficienc...
Partially premixed combustion (PPC) can be applied to decrease emissions and increase fuel efficienc...
The transient in-cylinder flow field and mixing that take place during compression stroke of an inte...
The transient in-cylinder flow field and mixing that take place during compression stroke of an inte...
The understanding of in-cylinder flow field is one of the keys to realize Partially Premixed Combust...
The understanding of in-cylinder flow field is one of the keys to realize Partially Premixed Combust...
The goal of producing more efficient internal combustion engines has led to the use of more advanced...