Add to ORKGHigh temperature polymer surface characteristics associated with joint strength were evaluated. Selected samples represented composite adherends, aluminum filler and fiber glass carrier cloth. Detailed analysis of fractured joint surfaces revealed unique characteristics typical of the specific adhesive formulations and test conditions. A fracture mechanism model was developed for correlating macroscopic shear strength and microstructure of fracture surfaces. Applications were made to unpublished data on polyimides and fluoropolymers
AbstractThe fracture of adhesive joints between two glass-fibre laminates was studied by testing dou...
Relative adhesion strengths between AS4, AS1, and XAS carbon fibers and thermoplastic polymers were ...
Several techniques have been used to establish the effect of different surface pretreatments on grap...
The effects of composites as adherends was studied. Several other variables were studied by fractogr...
Interdependence of continuum mechanics and physical chemistry in failure analysis of adhesive
X ray photoelectron spectroscopy and contact angle measurements on graphite fiber composites pretrea...
Adhesive development is directed towards elevated temperature applications (200-300 C). Because of t...
The surface properties associated with good adhesive joints were evaluated in terms of application o...
Adhesion was studied with emphasis on the characterization of surface oxide layers, the analysis of ...
The durability of adhesively bonded aluminum using poly aryl phosphine-oxide polyimide polymers as a...
34th Annual Meeting of the Adhesion Society, Savannah, Georgia, USA, 13-16 February 2011The increasi...
An important source of interface fracture contributing to adhesive failure in a bimaterial sandwich,...
Fourteen adhesives used to bond a glass-fabric-reinforced phenolic resin laminate to steel were test...
We present an experimental study of the tack of a model polymer melt by the probe tack test coupled ...
High temperature structural resins are required for use on advanced aerospace vehicles as adhesives ...
AbstractThe fracture of adhesive joints between two glass-fibre laminates was studied by testing dou...
Relative adhesion strengths between AS4, AS1, and XAS carbon fibers and thermoplastic polymers were ...
Several techniques have been used to establish the effect of different surface pretreatments on grap...
The effects of composites as adherends was studied. Several other variables were studied by fractogr...
Interdependence of continuum mechanics and physical chemistry in failure analysis of adhesive
X ray photoelectron spectroscopy and contact angle measurements on graphite fiber composites pretrea...
Adhesive development is directed towards elevated temperature applications (200-300 C). Because of t...
The surface properties associated with good adhesive joints were evaluated in terms of application o...
Adhesion was studied with emphasis on the characterization of surface oxide layers, the analysis of ...
The durability of adhesively bonded aluminum using poly aryl phosphine-oxide polyimide polymers as a...
34th Annual Meeting of the Adhesion Society, Savannah, Georgia, USA, 13-16 February 2011The increasi...
An important source of interface fracture contributing to adhesive failure in a bimaterial sandwich,...
Fourteen adhesives used to bond a glass-fabric-reinforced phenolic resin laminate to steel were test...
We present an experimental study of the tack of a model polymer melt by the probe tack test coupled ...
High temperature structural resins are required for use on advanced aerospace vehicles as adhesives ...
AbstractThe fracture of adhesive joints between two glass-fibre laminates was studied by testing dou...
Relative adhesion strengths between AS4, AS1, and XAS carbon fibers and thermoplastic polymers were ...
Several techniques have been used to establish the effect of different surface pretreatments on grap...