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sinteredElection
Measurements were made of the resistance to air flow of commercially available porous materials. Three general types of porous media were tested- granular (sintered metals), fibrous (felt cloths and filter papers), and perforated. The flow-resistance characteristics of the porous materials tested are presented in a form intended to assist in the selection of materials for applications to boundary-layer control using area suction
Porous metals are widely attracive because of their unique physical structures and advanced heat tra...
A wind tunnel experimental set-up was performed at CRIACIV (Inter – University Research Centre on Bu...
This study is an experimental investigation on porous media in feeding system of aerostatic bearings...
Air-flow resistivity is one of the main non-acoustic parameters governing the acoustic behaviour of ...
Boundary-layer velocity profiles were measured on ten samples of various porous materials and on an ...
Measurements were made of the resistance to air flow of a series of perforated metal sheets having o...
The measurement and use of flow resistance information for the calculation of the acoustical propert...
Sintered metal porous media currently plays an important role in air bearing systems. When flowing t...
A study was conducted to determine the effects of high speed grazing air flow on the acoustic resist...
The effect of blowing/suction through perforated surfaces on the turbulent boundary layer was studie...
This study investigates air flow in metallic foams, which are produced by the SlipReactionFoamSinter...
This work reports the study of airflow fluid through macro-porous materials. Several perforated plat...
In porous resistances, Darcy’s law provides a good approximation of mass flow rate when the differen...
Abstract: This paper presents the results of experimental determination of fiber bed permeability va...
The effects on porous-material permeability characteristics of the absolute pressure level (and asso...
Porous metals are widely attracive because of their unique physical structures and advanced heat tra...
A wind tunnel experimental set-up was performed at CRIACIV (Inter – University Research Centre on Bu...
This study is an experimental investigation on porous media in feeding system of aerostatic bearings...
Air-flow resistivity is one of the main non-acoustic parameters governing the acoustic behaviour of ...
Boundary-layer velocity profiles were measured on ten samples of various porous materials and on an ...
Measurements were made of the resistance to air flow of a series of perforated metal sheets having o...
The measurement and use of flow resistance information for the calculation of the acoustical propert...
Sintered metal porous media currently plays an important role in air bearing systems. When flowing t...
A study was conducted to determine the effects of high speed grazing air flow on the acoustic resist...
The effect of blowing/suction through perforated surfaces on the turbulent boundary layer was studie...
This study investigates air flow in metallic foams, which are produced by the SlipReactionFoamSinter...
This work reports the study of airflow fluid through macro-porous materials. Several perforated plat...
In porous resistances, Darcy’s law provides a good approximation of mass flow rate when the differen...
Abstract: This paper presents the results of experimental determination of fiber bed permeability va...
The effects on porous-material permeability characteristics of the absolute pressure level (and asso...
Porous metals are widely attracive because of their unique physical structures and advanced heat tra...
A wind tunnel experimental set-up was performed at CRIACIV (Inter – University Research Centre on Bu...
This study is an experimental investigation on porous media in feeding system of aerostatic bearings...
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