Packaging is now fully part of the product but, whereas it should always protect and guarantee the contents’ quality, is also expected to fulfil a wide range of other requirements (printability, conception, safety, etc.). For aluminium foil, employed in conjunction with other materials, the development of optimum resistance is the driving force for research on metallurgy and mechanical properties. In this document the focus is put on the role of grain size on mechanical properties and on the metallurgical routes to control recrystallization kinetic
Aluminium foil of 0.05 mm thickness is prepared though the expanded metal process to create a sheet ...
ca. 200 words; this text will present the book in all promotional forms (e.g. flyers). Please descri...
Experiments were conducted on pure ultrafine grained aluminium processed by severe plastic deformati...
A complete understanding of how grain refinement, grain size, and processing affect the corrosion re...
The present investigation addresses the influence of grain sizes on the processing of thin metal she...
One approach in the area of material development is the designing of materials properties by grain r...
This paper deals with the production and experimental investigation of very thin aluminium 1050 grad...
During its lifetime a beverage package is exerted to different loading conditions. Therefore an incr...
The paper deals with the influence of processing conditions on material properties and fracture beh...
Aluminium- Magnesium (Al-Mg) alloys have very good formability properties and have been used extensi...
A number of different parts for mechanical testing were produced using composite metal foil manufact...
Mechanical and fracture behaviour of thin Aluminium foil (with a thickness of 6-9 mm) was studied. T...
An initial review of the subject emphasises the need for improved fuel efficiency in vehicles and th...
Using equal-channel angular (ECA) pressing at room temperature, the grain sizes of six different com...
The paper presents the microstructure and mechanical property of pure aluminum (Al) fabricated by mu...
Aluminium foil of 0.05 mm thickness is prepared though the expanded metal process to create a sheet ...
ca. 200 words; this text will present the book in all promotional forms (e.g. flyers). Please descri...
Experiments were conducted on pure ultrafine grained aluminium processed by severe plastic deformati...
A complete understanding of how grain refinement, grain size, and processing affect the corrosion re...
The present investigation addresses the influence of grain sizes on the processing of thin metal she...
One approach in the area of material development is the designing of materials properties by grain r...
This paper deals with the production and experimental investigation of very thin aluminium 1050 grad...
During its lifetime a beverage package is exerted to different loading conditions. Therefore an incr...
The paper deals with the influence of processing conditions on material properties and fracture beh...
Aluminium- Magnesium (Al-Mg) alloys have very good formability properties and have been used extensi...
A number of different parts for mechanical testing were produced using composite metal foil manufact...
Mechanical and fracture behaviour of thin Aluminium foil (with a thickness of 6-9 mm) was studied. T...
An initial review of the subject emphasises the need for improved fuel efficiency in vehicles and th...
Using equal-channel angular (ECA) pressing at room temperature, the grain sizes of six different com...
The paper presents the microstructure and mechanical property of pure aluminum (Al) fabricated by mu...
Aluminium foil of 0.05 mm thickness is prepared though the expanded metal process to create a sheet ...
ca. 200 words; this text will present the book in all promotional forms (e.g. flyers). Please descri...
Experiments were conducted on pure ultrafine grained aluminium processed by severe plastic deformati...