Aluminum foams already are in automotive and machine tool industry serial application. Only little interest has been shown by the construction or building industry so far. The still relatively high material costs, lack of connecting and joining techniques, as well as reservations of the users towards new material solutions are the reasons why. In the building industry design for efficiency is taking into account the principles of lightweight material and structure. Especially sandwich panels with aluminum foam core are of high interest. The high rigidity with low weight and high resistance to fire are the major advantages of these panels. Also these semi-finished materials shield electromagnetic waves and show extensive vibration reduction ...
Aluminium foam combined with steel sheets - e. g. as a sandwich - is particularly suitable for light...
The potential for applying metal foams in lightweight construction is mainly based on the increased ...
The objective of the project was the development and construction of a weight-optimized hybrid mater...
Aluminum foams already are in automotive and machine tool industry serial application. Only little i...
AbstractAluminum foams already are in automotive and machine tool industry serial application. Only ...
For efficiency reasons many buildings are realized by using the lightweight design principles. The c...
We review the status of aluminum foam sandwich AFS technology and discuss both recent improvement...
In the last years metal foams were used in different applications like core material in light weight...
Aluminum foams are becoming potential materials for applications in several industrial fields, due t...
Sandwiches are very rigid and lightweight composites that can be used to meet extremely effective li...
Thinking of new approaches for light weight design with sandwiches the combination of aluminum foam ...
Sandwiches with aluminum foam core have been established as lightweight construction material during...
While considering lightweight design, sandwich structures have become indispensable, especially when...
Aluminium foam can be manufactured applying a variety of methods including direct foaming of alumini...
Production technology for hybrid-lightweight-structures with aluminum foam core - Sub-project within...
Aluminium foam combined with steel sheets - e. g. as a sandwich - is particularly suitable for light...
The potential for applying metal foams in lightweight construction is mainly based on the increased ...
The objective of the project was the development and construction of a weight-optimized hybrid mater...
Aluminum foams already are in automotive and machine tool industry serial application. Only little i...
AbstractAluminum foams already are in automotive and machine tool industry serial application. Only ...
For efficiency reasons many buildings are realized by using the lightweight design principles. The c...
We review the status of aluminum foam sandwich AFS technology and discuss both recent improvement...
In the last years metal foams were used in different applications like core material in light weight...
Aluminum foams are becoming potential materials for applications in several industrial fields, due t...
Sandwiches are very rigid and lightweight composites that can be used to meet extremely effective li...
Thinking of new approaches for light weight design with sandwiches the combination of aluminum foam ...
Sandwiches with aluminum foam core have been established as lightweight construction material during...
While considering lightweight design, sandwich structures have become indispensable, especially when...
Aluminium foam can be manufactured applying a variety of methods including direct foaming of alumini...
Production technology for hybrid-lightweight-structures with aluminum foam core - Sub-project within...
Aluminium foam combined with steel sheets - e. g. as a sandwich - is particularly suitable for light...
The potential for applying metal foams in lightweight construction is mainly based on the increased ...
The objective of the project was the development and construction of a weight-optimized hybrid mater...