SiOC microcellular ceramic foams were prepared by means of a commercially available preceramic polymer and poly(methyl methacrylate) microbeads acting as a sacrificial filler. Microfoams having cell sizes in the range of 10 12150 \u3bcm and cell window sizes in the range 10 1250 \u3bcm were prepared. To test the applicability of such materials in the fluid flow field, gas permeability measurements were performed. The relationship between the permeability constant and morphological parameter were analyzed. An aerosol filtration process was simulated on the samples and revealed the feasibility of this process only for larger cell size foams
International audienceFor some applications involving liquid foams, such as soil remediation for exa...
Constructing high-performance air filters for high-temperature particulate matter (PM) removal is of...
International audienceThe effect of polydispersity on foam permeability is investigated by numerical...
Ceramic foams are a new structural material, characterized by a high porosity and a large surface ar...
This project is in support of the PhD project: Removal of Inclusions from Liquid Aluminium using El...
SiC-Al2O3 ceramic foams with 30 to 75 pores per linear inch (ppi) were used to access the applicatio...
Macrocellular and microcellular SiOC open cell ceramic foams were fabricated from a preceramic polym...
This paper describes the preparation of ceramic foams by expansion of a ceramic suspension based on ...
© Published under licence by IOP Publishing Ltd. In this work, numerical simulation of the motion of...
Porous ceramic samples were prepared from aqueous foam incorporated alumina suspension for applicati...
Microcellular silicon oxycarbide open cell ceramic foams were fabricated from a silicone resin. Micr...
Ceramic foams are high porosity, low-density materials which possess unique three-dimensional skelet...
Microcellular silicon oxycarbide open cell ceramic foams were fabricated from a silicone resin. Micr...
This work is part of a model study aimed at upgrading the technique of creating porosity via the inc...
Metal foam (MF) is a superior material with complex structure made from different kinds of materials...
International audienceFor some applications involving liquid foams, such as soil remediation for exa...
Constructing high-performance air filters for high-temperature particulate matter (PM) removal is of...
International audienceThe effect of polydispersity on foam permeability is investigated by numerical...
Ceramic foams are a new structural material, characterized by a high porosity and a large surface ar...
This project is in support of the PhD project: Removal of Inclusions from Liquid Aluminium using El...
SiC-Al2O3 ceramic foams with 30 to 75 pores per linear inch (ppi) were used to access the applicatio...
Macrocellular and microcellular SiOC open cell ceramic foams were fabricated from a preceramic polym...
This paper describes the preparation of ceramic foams by expansion of a ceramic suspension based on ...
© Published under licence by IOP Publishing Ltd. In this work, numerical simulation of the motion of...
Porous ceramic samples were prepared from aqueous foam incorporated alumina suspension for applicati...
Microcellular silicon oxycarbide open cell ceramic foams were fabricated from a silicone resin. Micr...
Ceramic foams are high porosity, low-density materials which possess unique three-dimensional skelet...
Microcellular silicon oxycarbide open cell ceramic foams were fabricated from a silicone resin. Micr...
This work is part of a model study aimed at upgrading the technique of creating porosity via the inc...
Metal foam (MF) is a superior material with complex structure made from different kinds of materials...
International audienceFor some applications involving liquid foams, such as soil remediation for exa...
Constructing high-performance air filters for high-temperature particulate matter (PM) removal is of...
International audienceThe effect of polydispersity on foam permeability is investigated by numerical...