The fracture energy of metal fibre reinforced ceramic composites (MFCs)
A model is presented for prediction of the fracture energy of ceramic–matrix composites containing dispersed metallic fibres. It is assumed that the work of fracture comes entirely from pull-out and/or plastic deformation of fibres bridging the crack plane. Comparisons are presented between these pr...
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| Published in: | Composites science and technology Vol. 71; no. 3; pp. 266 - 275 |
|---|---|
| Main Authors: | , , , , , , |
| Format: | Journal Article |
| Language: | English |
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Elsevier Ltd
07-02-2011
Elsevier |
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| Abstract | A model is presented for prediction of the fracture energy of ceramic–matrix composites containing dispersed metallic fibres. It is assumed that the work of fracture comes entirely from pull-out and/or plastic deformation of fibres bridging the crack plane. Comparisons are presented between these predictions and experimental measurements made on a commercially-available composite material of this type, containing stainless steel (304) fibres in a matrix predominantly comprising alumina and alumino-silicate phases. Good agreement is observed, and it’s noted that there is scope for the fracture energy levels to be high (∼20
kJ
m
−2). Higher toughness levels are both predicted and observed for coarser fibres, up to a practical limit for the fibre diameter of the order of 0.5
mm. Other deductions are also made concerning strategies for optimisation of the toughness of this type of material. |
|---|---|
| AbstractList | A model is presented for prediction of the fracture energy of ceramic-matrix composites containing dispersed metallic fibres. It is assumed that the work of fracture comes entirely from pull-out and/or plastic deformation of fibres bridging the crack plane. Comparisons are presented between these predictions and experimental measurements made on a commercially-available composite material of this type, containing stainless steel (304) fibres in a matrix predominantly comprising alumina and alumino-silicate phases. Good agreement is observed, and it's noted that there is scope for the fracture energy levels to be high (20 kJ m super(-2)). Higher toughness levels are both predicted and observed for coarser fibres, up to a practical limit for the fibre diameter of the order of 0.5 mm. Other deductions are also made concerning strategies for optimisation of the toughness of this type of material. A model is presented for prediction of the fracture energy of ceramic–matrix composites containing dispersed metallic fibres. It is assumed that the work of fracture comes entirely from pull-out and/or plastic deformation of fibres bridging the crack plane. Comparisons are presented between these predictions and experimental measurements made on a commercially-available composite material of this type, containing stainless steel (304) fibres in a matrix predominantly comprising alumina and alumino-silicate phases. Good agreement is observed, and it’s noted that there is scope for the fracture energy levels to be high (∼20 kJ m −2). Higher toughness levels are both predicted and observed for coarser fibres, up to a practical limit for the fibre diameter of the order of 0.5 mm. Other deductions are also made concerning strategies for optimisation of the toughness of this type of material. |
| Author | Oberg, E.K. Tsarouchas, D. Clyne, T.W. Marston, L. Pemberton, S.R. Dean, J. Markaki, A.E. |
| Author_xml | – sequence: 1 givenname: S.R. surname: Pemberton fullname: Pemberton, S.R. organization: Department of Materials Science & Metallurgy, Cambridge University, Pembroke Street, Cambridge CB2 3QZ, UK – sequence: 2 givenname: E.K. surname: Oberg fullname: Oberg, E.K. organization: Department of Materials Science & Metallurgy, Cambridge University, Pembroke Street, Cambridge CB2 3QZ, UK – sequence: 3 givenname: J. surname: Dean fullname: Dean, J. organization: Department of Materials Science & Metallurgy, Cambridge University, Pembroke Street, Cambridge CB2 3QZ, UK – sequence: 4 givenname: D. surname: Tsarouchas fullname: Tsarouchas, D. organization: Department of Engineering, Cambridge University, Trumpington Street, Cambridge CB2 1PZ, UK – sequence: 5 givenname: A.E. surname: Markaki fullname: Markaki, A.E. organization: Department of Engineering, Cambridge University, Trumpington Street, Cambridge CB2 1PZ, UK – sequence: 6 givenname: L. surname: Marston fullname: Marston, L. organization: Fibrestone Products Ltd., Brookhill Road, Pinxton, Nottingham NG16 6NT, UK – sequence: 7 givenname: T.W. surname: Clyne fullname: Clyne, T.W. email: twc10@cam.ac.uk organization: Department of Materials Science & Metallurgy, Cambridge University, Pembroke Street, Cambridge CB2 3QZ, UK |
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| Keywords | A. Short-fibre composites B. Fracture toughness C. Modelling A. Ceramic–matrix composites (CMCs) B. Fibre/matrix bond Ceramic matrix composite Short fiber Experimental test A. Ceramic-matrix composites (CMCs) Fiber reinforced material Aluminosilicates Theoretical study Mechanical properties Stainless steels Oxide ceramics Optimization Fracture toughness Metal fiber Composite materials Steel fiber Modelling Alumina Fracture energy Fracture mode |
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| Snippet | A model is presented for prediction of the fracture energy of ceramic–matrix composites containing dispersed metallic fibres. It is assumed that the work of... A model is presented for prediction of the fracture energy of ceramic-matrix composites containing dispersed metallic fibres. It is assumed that the work of... |
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| SubjectTerms | A. Ceramic–matrix composites (CMCs) A. Short-fibre composites B. Fibre/matrix bond B. Fracture toughness C. Modelling Ceramic fibers Ceramics Cross-disciplinary physics: materials science; rheology Exact sciences and technology Fibers Fibres Fracture mechanics Fracture toughness Materials science Mathematical models Other materials Physics Plastic deformation Specific materials |
| Title | The fracture energy of metal fibre reinforced ceramic composites (MFCs) |
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