Home » Research » Analytical and experimental comparison of basalt and carbon fibers composites overwrapping of highly pressurized steel cylinders
Analytical and experimental comparison of basalt and carbon fibers composites overwrapping of highly pressurized steel cylinders

Analytical and experimental comparison of basalt and carbon fibers composites overwrapping of highly pressurized steel cylinders

This paper provides theoretical background, results of laboratory measurements and AE tests for the mechanical behavior of the composite reinforced metal cylinder subjected to pressure load of 200 MPa.

Two types of composite fibers were compared, basalt and carbon fibers. At high loads, the composite reinforcement is found to effectively support the metal tube when the steel material approaches plastic yielding.

This phenomenon has been clearly visualized by AE signals, appearing in the frequency range between 280kHz and 450kHz. It was concluded, that cheaper basalt roving can be safely used in the analyzed application.

Tomasz Nowak, Jerzy Schmidt, Ireneusz Baran.

 

About Irina Yaroslavna

Irina Yaroslavna
Главный редактор отраслевого портала Basalt.Today
x

Check Also

Mechanical behavior of polysiloxane matrix — based composite reinforced with basalt fibres at elevated temperatures

The study focused to mechanical properties of unidirectionally reinforced basalt fibre composites with a matrix ...