Add to ORKGAbstract − The various ways to produce metal foams are reviewed. An analogy to aqueous foams is drawn and exploited to discuss the principle mechanisms responsible for foam stability. Experimental work based on ex-situ metallography and in-situ radioscopy of metal foam formation is used to answer some questions associated with the physics of foaming and to define areas where further research is still needed
The use of X-ray radioscopy for in-situ studies of metal foam formation and evolution is reviewed. S...
Metal foams are prepared by mixing a metal powder and a gas-releasing blowing agent, by densifying t...
The possibilities for making metallic foams or similar porous metal structures are reviewed. The var...
Abstract − The various ways to produce metal foams are reviewed. An analogy to aqueous foams is draw...
The various ways to produce metal foams are reviewed. An analogy to aqueous foams is drawn and explo...
Metallic foams have been of considerable interest both from the industrial applicability and scienti...
Experimental work based on ex situ metallography on metal foams is used to answer some questions ass...
Liquid foams are collections of gas bubbles uniformly dispersed in fluids and separated from each ot...
The new science of metallic foams is growing rapidly, in both the scientific research community and ...
The possibilities for making metallic foams or similar porous metal structures are reviewed. The var...
Metallic foams have become an attractive research field both from the scientific viewpoint and the p...
A method for fabricating metal foams based on the powder metallurgy process is presented. This foami...
The use of X ray radioscopy for in situ studies of metal foam formation and evolution is reviewed. ...
High-intensity synchrotron x-ray radioscopy was used to obtain real-time images of foaming metals, t...
Metal foams are quite a challenge to materials scientists due to their difficult manufacturing. In a...
The use of X-ray radioscopy for in-situ studies of metal foam formation and evolution is reviewed. S...
Metal foams are prepared by mixing a metal powder and a gas-releasing blowing agent, by densifying t...
The possibilities for making metallic foams or similar porous metal structures are reviewed. The var...
Abstract − The various ways to produce metal foams are reviewed. An analogy to aqueous foams is draw...
The various ways to produce metal foams are reviewed. An analogy to aqueous foams is drawn and explo...
Metallic foams have been of considerable interest both from the industrial applicability and scienti...
Experimental work based on ex situ metallography on metal foams is used to answer some questions ass...
Liquid foams are collections of gas bubbles uniformly dispersed in fluids and separated from each ot...
The new science of metallic foams is growing rapidly, in both the scientific research community and ...
The possibilities for making metallic foams or similar porous metal structures are reviewed. The var...
Metallic foams have become an attractive research field both from the scientific viewpoint and the p...
A method for fabricating metal foams based on the powder metallurgy process is presented. This foami...
The use of X ray radioscopy for in situ studies of metal foam formation and evolution is reviewed. ...
High-intensity synchrotron x-ray radioscopy was used to obtain real-time images of foaming metals, t...
Metal foams are quite a challenge to materials scientists due to their difficult manufacturing. In a...
The use of X-ray radioscopy for in-situ studies of metal foam formation and evolution is reviewed. S...
Metal foams are prepared by mixing a metal powder and a gas-releasing blowing agent, by densifying t...
The possibilities for making metallic foams or similar porous metal structures are reviewed. The var...