At the aim to evaluate the possibility to replace glass fibres in most applications, in this work, mechanical tests were carried out on comparable E-glass and basalt fibres reinforced plastic specimens. The latter were cut by laminates fabricated by the vacuum bag technology. The results were compared and the good performances showed by the basalt material in terms of young modulus, compression and bending strength, impact force and energy, lead to the thinking about a possible application in fields where glass composites are already largely applied. Also the results about the short-beam strength tests confirmed what said denoting an interfacial adhesion similar to the one between E-glass and epoxy matrix
Abstract: Two woven fabric laminates, one based on basalt fibres, the other on E-glass fibres, as a ...
Basalt mineral fibre, made directly from basalt rock, has good mechanical behavior, superior thermal...
Post-impact properties of different configurations (symmetrical and non-symmetrical) of hybrid lamin...
At the aim to evaluate the possibility to replace glass fibres in most applications, in this work, m...
New perspectives have arisen on basalt fibre applications due to the potential low cost of this mate...
<div><p>The application of basalt fibers are possible in many areas thanks to its multiple and good ...
This work describes an experimental mechanical characterisation campaign on composites made out of a...
The aim of this paper is to study and compare the mechanical behavior of woven basalt and woven glas...
Due to the ever-increasing application of polymer composites in several industrial fields and the en...
A preliminary comparative study of basalt and E-glass woven fabric reinforced composites was perform...
This Paper deals with Fabrication, Comparison and mechanical investigation of Basalt and Glass fiber...
This work concerns the production by vacuum infusion and the comparison of the properties of differe...
An alternative to commercially available synthetic fibres like glass fibre and carbon fibre exist a ...
The strength of basalt single fibres (BF) of different length (10 to 50 mm) has been examined and co...
To fully appreciate the role and application of composite materials to structure...
Abstract: Two woven fabric laminates, one based on basalt fibres, the other on E-glass fibres, as a ...
Basalt mineral fibre, made directly from basalt rock, has good mechanical behavior, superior thermal...
Post-impact properties of different configurations (symmetrical and non-symmetrical) of hybrid lamin...
At the aim to evaluate the possibility to replace glass fibres in most applications, in this work, m...
New perspectives have arisen on basalt fibre applications due to the potential low cost of this mate...
<div><p>The application of basalt fibers are possible in many areas thanks to its multiple and good ...
This work describes an experimental mechanical characterisation campaign on composites made out of a...
The aim of this paper is to study and compare the mechanical behavior of woven basalt and woven glas...
Due to the ever-increasing application of polymer composites in several industrial fields and the en...
A preliminary comparative study of basalt and E-glass woven fabric reinforced composites was perform...
This Paper deals with Fabrication, Comparison and mechanical investigation of Basalt and Glass fiber...
This work concerns the production by vacuum infusion and the comparison of the properties of differe...
An alternative to commercially available synthetic fibres like glass fibre and carbon fibre exist a ...
The strength of basalt single fibres (BF) of different length (10 to 50 mm) has been examined and co...
To fully appreciate the role and application of composite materials to structure...
Abstract: Two woven fabric laminates, one based on basalt fibres, the other on E-glass fibres, as a ...
Basalt mineral fibre, made directly from basalt rock, has good mechanical behavior, superior thermal...
Post-impact properties of different configurations (symmetrical and non-symmetrical) of hybrid lamin...