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Effect of Nanofillers on the Mechanical Properties of Vinyl Ester Resin Used as a Carbon Fiber Reinforced Polymer Matrix

Kubit Andrzej, Bucior Magdalena, Kluz Rafał, Ochałek Krzysztof, Burnat Katarzyna

Advances in Science and Technology. Research Journal

2022

Vol. 16, no 4

10--21

This article presents the results of research aimed at determining the influence of selected nanofillers of vinyl ester resin on the mechanical properties of the cured resin. The influence of the resin with nanofillers as a matrix on the properties of the unidirectional CFRP composite was also investigated. Graphite, silicon oxide and titanium dioxide nanopowders were used as resin nanofillers. Each of the fillers was considered in two different contents, i.e. 1 wt.% and 2 wt.%. The variants with such nanofillers content were compared with the unfilled reference variant. The uniaxial tensile strength tests of the resin samples were carried out, showing the possibility of increasing the strength by 19.35% for the variant 1 wt.% of silica nanopowder content. For CFRP composites, the possibility of increasing the strength in the three-point bending test by 25.57% due to the use of a matrix reinforced with graphite nanopowder with a content of 1 wt.% was demonstrated. Based on the analysis of fracture surfaces performed using SEM microscopy, it was shown that the fillers used lead to a significant improvement in the adhesion of the matrix to the composite fibers.

Analiza numeryczna komponentów z tworzyw sztucznych ze wzmocnieniem w firmie WABCO Polska

Bodniewicz D.

Mechanik

2016

R. 89, nr 10

1301--1303

Zaprezentowano metodę realizacji numerycznych obliczeń strukturalnych w firmie WABCO Polska na elementach z tworzyw sztucznych, z uwzględnieniem kierunkowości fazy wzmocnienia (krótkie włókna). W tym celu wykorzystano makro w języku APDL będącym integralną częścią systemu ANSYS, co pozwoliło na rezygnację z zakupu oprogramowania do transferu danych materiałowych między środowiskami Moldflow/ANSYS.

The article describes the structural analysis method used in the WABCO Poland company that is carried out on plastic parts with short fiber reinforcement. For that purpose, the macro in APDL language (integral part of the ANSYS software) was utilized. As a result, the need for external software for transferring material data between Moldflow and ANSYS was eliminated.