A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Adhesive joints in aluminium alloy structures
AbstractThe structural bonding of aluminium components in load-bearing civil engineering applications has been the subject of an extensive research programme carried out by TNO (Dutch Organisation for Applied Scientific Research), 8 industrial companies and the Ministry of Commerce. The TNO Research input was provided by TNO-IBBC - TNO Institute for Building Materials and Structures; and TNO-KRI - Plastics and Rubber Institute of TNO. The main objective of this study was to stimulate the application of adhesive bonding in aluminium alloy structures. In ppite of many years of experience - particularly in the aircraft industry - as well as developments in adhesive technology, the application of adhesives for load-bearing structures in civil engineering has never taken hold. The research programme was divided into four parts:-state of the art experimental research on adhesive mechanical properties; theoretical and experimental research on assembly details and evaluation of results and formulation of design rules. This paper summarises the most important results.
Adhesive joints in aluminium alloy structures
AbstractThe structural bonding of aluminium components in load-bearing civil engineering applications has been the subject of an extensive research programme carried out by TNO (Dutch Organisation for Applied Scientific Research), 8 industrial companies and the Ministry of Commerce. The TNO Research input was provided by TNO-IBBC - TNO Institute for Building Materials and Structures; and TNO-KRI - Plastics and Rubber Institute of TNO. The main objective of this study was to stimulate the application of adhesive bonding in aluminium alloy structures. In ppite of many years of experience - particularly in the aircraft industry - as well as developments in adhesive technology, the application of adhesives for load-bearing structures in civil engineering has never taken hold. The research programme was divided into four parts:-state of the art experimental research on adhesive mechanical properties; theoretical and experimental research on assembly details and evaluation of results and formulation of design rules. This paper summarises the most important results.
Adhesive joints in aluminium alloy structures
Construction and Building Materials ; 4 ; 132-134
1993-01-01
3 pages
Article (Journal)
Electronic Resource
English
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