Compression strength and wear resistance of ceramic foams–polymer composites
Ceramic foam–polymer composites have been made by infiltration without pressure. Cellular ceramics (SiC and SiO2·ZrO2) of various cell size, (10, 20 and 30 ppi), were selected and combined with an epoxy vinyl-ester resin to produce composite materials. The interconnected pores (open cells) in the ce...
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| Published in | Materials letters Vol. 60; no. 13-14; pp. 1687 - 1692 |
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| Main Authors | , , , , |
| Format | Journal Article |
| Language | English |
| Published |
Elsevier B.V
01.06.2006
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| Subjects | |
| Online Access | Get full text |
| ISSN | 0167-577X 1873-4979 |
| DOI | 10.1016/j.matlet.2005.11.092 |
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| Abstract | Ceramic foam–polymer composites have been made by infiltration without pressure. Cellular ceramics (SiC and SiO2·ZrO2) of various cell size, (10, 20 and 30 ppi), were selected and combined with an epoxy vinyl-ester resin to produce composite materials. The interconnected pores (open cells) in the ceramic allowed a polymer flow throughout. This allowed a “continuous” distribution of the polymer throughout the structure and hence a good transmission of stresses between phases which resulted in higher mechanical properties. The results of compressive and wear test up on the materials obtained show the influence of cell size and wetness on the interface formed between the constituents. The failure modes exhibited in these materials were also analysed. It was observed that the polymer suffered plastic deformation while the ceramic phase was largely subject to shearing forces resulting in isolated fracturing. |
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| AbstractList | Ceramic foam-polymer composites were made by infiltration without pressure. Cellular ceramics (SiC and SiO2.ZrO2) of various cell size, (10, 20 and 30 ppi), were selected and combined with an epoxy vinyl-ester resin to produce composite materials. The interconnected pores in the ceramic allowed a polymer flow throughout. This allowed a "continuous" distribution of the polymer throughout the structure and hence a good transmission of stresses between phases which resulted in higher mechanical properties. The results of compressive and wear tests on the materials obtained show the influence of cell size and wetness on the interface formed between the constituents. The failure modes exhibited in these materials were also analysed. It was seen that the polymer suffered plastic deformation while the ceramic phase was largely subject to shearing forces resulting in isolated fracturing. 27 refs. Ceramic foam–polymer composites have been made by infiltration without pressure. Cellular ceramics (SiC and SiO2·ZrO2) of various cell size, (10, 20 and 30 ppi), were selected and combined with an epoxy vinyl-ester resin to produce composite materials. The interconnected pores (open cells) in the ceramic allowed a polymer flow throughout. This allowed a “continuous” distribution of the polymer throughout the structure and hence a good transmission of stresses between phases which resulted in higher mechanical properties. The results of compressive and wear test up on the materials obtained show the influence of cell size and wetness on the interface formed between the constituents. The failure modes exhibited in these materials were also analysed. It was observed that the polymer suffered plastic deformation while the ceramic phase was largely subject to shearing forces resulting in isolated fracturing. Ceramic foam-polymer composites have been made by infiltration without pressure. Cellular ceramics (SiC and SiO2*ZrO2) of various cell size, (10, 20 and 30 ppi), were selected and combined with an epoxy vinyl-ester resin to produce composite materials. The interconnected pores (open cells) in the ceramic allowed a polymer flow throughout. This allowed a "continuous" distribution of the polymer throughout the structure and hence a good transmission of stresses between phases which resulted in higher mechanical properties. The results of compressive and wear test up on the materials obtained show the influence of cell size and wetness on the interface formed between the constituents. The failure modes exhibited in these materials were also analysed. It was observed that the polymer suffered plastic deformation while the ceramic phase was largely subject to shearing forces resulting in isolated fracturing. |
| Author | Gómez de Salazar, J.M. Morales, G. Matesanz, L. Merino, N. Barrena, M.I. |
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| Snippet | Ceramic foam–polymer composites have been made by infiltration without pressure. Cellular ceramics (SiC and SiO2·ZrO2) of various cell size, (10, 20 and 30... Ceramic foam-polymer composites were made by infiltration without pressure. Cellular ceramics (SiC and SiO2.ZrO2) of various cell size, (10, 20 and 30 ppi),... Ceramic foam-polymer composites have been made by infiltration without pressure. Cellular ceramics (SiC and SiO2*ZrO2) of various cell size, (10, 20 and 30... |
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| StartPage | 1687 |
| SubjectTerms | Ceramics Composite materials Mechanical properties Microstructure Wear |
| Title | Compression strength and wear resistance of ceramic foams–polymer composites |
| URI | https://dx.doi.org/10.1016/j.matlet.2005.11.092 https://www.proquest.com/docview/28113240 https://www.proquest.com/docview/28122967 https://www.proquest.com/docview/28745969 https://www.proquest.com/docview/29239037 https://www.proquest.com/docview/29240914 |
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