One of the important parameters describing pneumatic liquid atomisation is the air to liquid mass ratio (ALR). Along with the atomiser design and properties of the liquid it has extremely important influence on parameters of atomised liquid such as: mean droplet diameter, jet range and angle. Knowledge about real characteristics of an atomiser in this respect is necessary to correctly choose its operating parameters in industrial applications
Air-core–liquid-ring (ACLR) atomization presents a specific type of internal mixing pneumatic atomiz...
This study investigates the gas dynamic effects and atomization behavior of a novel sonic bluff body...
AbstractA twin-fluid atomizer was designed and developed for fuel atomization. The droplet character...
The paper contains the results of experimental studies on water atomization process in effervescent ...
Detailed characterisation of spray atomization of an injector is important for combustor design and ...
ABSTRACT Airblast atomisation drop size is a function of the liquid and gas flow conditions. It is a...
The paper proposes a procedure which enables to determine selected geometric and operating parameter...
Air-core-liquid-ring (ACLR) atomizers present a specific type of internal mixing pneumatic atomizers...
The effect of the atomization air flow rate on the spray characteristics of a swirling twin-fluid at...
The effects of operational and geometrical parameters on pressure distribution and flow pattern in Y...
The effects of operational and geometrical\ud parameters on pressure distribution and flow pattern i...
All previous studies of effervescent atomization have concentrated on measurements of the Sauter mea...
A study of atomization has been made with an external mixing-type pneumatic atomizer. The drops were...
Presented paper deals with a comparison of two internally mixing twin fluid atomizers. The well - kn...
Air-core–liquid-ring (ACLR) atomization presents a specific type of internal mixing pneumatic atomiz...
Air-core–liquid-ring (ACLR) atomization presents a specific type of internal mixing pneumatic atomiz...
This study investigates the gas dynamic effects and atomization behavior of a novel sonic bluff body...
AbstractA twin-fluid atomizer was designed and developed for fuel atomization. The droplet character...
The paper contains the results of experimental studies on water atomization process in effervescent ...
Detailed characterisation of spray atomization of an injector is important for combustor design and ...
ABSTRACT Airblast atomisation drop size is a function of the liquid and gas flow conditions. It is a...
The paper proposes a procedure which enables to determine selected geometric and operating parameter...
Air-core-liquid-ring (ACLR) atomizers present a specific type of internal mixing pneumatic atomizers...
The effect of the atomization air flow rate on the spray characteristics of a swirling twin-fluid at...
The effects of operational and geometrical parameters on pressure distribution and flow pattern in Y...
The effects of operational and geometrical\ud parameters on pressure distribution and flow pattern i...
All previous studies of effervescent atomization have concentrated on measurements of the Sauter mea...
A study of atomization has been made with an external mixing-type pneumatic atomizer. The drops were...
Presented paper deals with a comparison of two internally mixing twin fluid atomizers. The well - kn...
Air-core–liquid-ring (ACLR) atomization presents a specific type of internal mixing pneumatic atomiz...
Air-core–liquid-ring (ACLR) atomization presents a specific type of internal mixing pneumatic atomiz...
This study investigates the gas dynamic effects and atomization behavior of a novel sonic bluff body...
AbstractA twin-fluid atomizer was designed and developed for fuel atomization. The droplet character...