The Application of DIC to Detect Potential Onset of Micro-cracking in the Concrete Buffer of the Supercontainer

Lou Areias; Hugo Sol; Gu Jun; Lincy Pyl; Philippe Van Marcke; Erik Coppens; Jan Verstricht; Loïc Villers; Alain Van Cotthem

The Application of DIC to Detect Potential Onset of Micro-cracking in the Concrete Buffer of the Supercontainer

Lou Areias, Hugo Sol, Gu Jun, Lincy Pyl, Philippe Van Marcke, Erik Coppens, Jan Verstricht, Loïc Villers, Alain Van Cotthem

Research output › peer-review

Abstract

The Supercontainer is the Belgian reference concept for the packaging of vitrified high-level radioactive waste (HLW) and spent fuel. In a previous test performed to evaluate its construction feasibility, micro-cracks developed on the surface of the concrete buffer. The surficial nature of the micro-cracks should neither jeopardize the functionality nor the safety of the Supercontainer. However, through-going cracks should be avoided as they can create preferential pathways for the migration of aggressive species. This paper presents the results of a test performed to evaluate the suitability of using Digital Image Correlation (DIC) to detect the onset of micro-cracking in the concrete buffer. Preliminary tests showed that the DIC method can measure micro-cracks with a crack opening resolution of approximately 12.5 microns, which is sufficiently small to detect the formation of potential micro-cracks in the concrete buffer of the Supercontainer.

Original language	English
Title of host publication	Monitoring in Geological Disposal of Radioactive Waste: Objectives, Strategies, Technologies and Public Involvement. Proceedings of an International Conference and Workshop
Place of Publication	Belgium
Pages	189-193
State	Published - Mar 2013
Event	International Conference and Workshop "Monitoring in Geological Disposal of Radioactive Waste: Objectives, Strategies, Technologies and Public Involvement" - European Commission and OECD, Luxembourg Duration: 19 Mar 2013 → 21 Mar 2013

Conference

Conference	International Conference and Workshop "Monitoring in Geological Disposal of Radioactive Waste: Objectives, Strategies, Technologies and Public Involvement"
Country/Territory	Luxembourg
City	Luxembourg
Period	2013-03-19 → 2013-03-21

Cite this

Areias, L., Sol, H., Jun, G., Pyl, L., Van Marcke, P., Coppens, E., Verstricht, J., Villers, L., & Van Cotthem, A. (2013). The Application of DIC to Detect Potential Onset of Micro-cracking in the Concrete Buffer of the Supercontainer. In Monitoring in Geological Disposal of Radioactive Waste: Objectives, Strategies, Technologies and Public Involvement. Proceedings of an International Conference and Workshop (pp. 189-193).

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title = "The Application of DIC to Detect Potential Onset of Micro-cracking in the Concrete Buffer of the Supercontainer",

abstract = "The Supercontainer is the Belgian reference concept for the packaging of vitrified high-level radioactive waste (HLW) and spent fuel. In a previous test performed to evaluate its construction feasibility, micro-cracks developed on the surface of the concrete buffer. The surficial nature of the micro-cracks should neither jeopardize the functionality nor the safety of the Supercontainer. However, through-going cracks should be avoided as they can create preferential pathways for the migration of aggressive species. This paper presents the results of a test performed to evaluate the suitability of using Digital Image Correlation (DIC) to detect the onset of micro-cracking in the concrete buffer. Preliminary tests showed that the DIC method can measure micro-cracks with a crack opening resolution of approximately 12.5 microns, which is sufficiently small to detect the formation of potential micro-cracks in the concrete buffer of the Supercontainer.",

keywords = "supercontainer, HLW, spent fuel, micro-cracks, concrete buffer, DIC",

author = "Lou Areias and Hugo Sol and Gu Jun and Lincy Pyl and {Van Marcke}, Philippe and Erik Coppens and Jan Verstricht and Lo{\"i}c Villers and {Van Cotthem}, Alain",

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Areias, L, Sol, H, Jun, G, Pyl, L, Van Marcke, P, Coppens, E, Verstricht, J, Villers, L & Van Cotthem, A 2013, The Application of DIC to Detect Potential Onset of Micro-cracking in the Concrete Buffer of the Supercontainer. in Monitoring in Geological Disposal of Radioactive Waste: Objectives, Strategies, Technologies and Public Involvement. Proceedings of an International Conference and Workshop. Belgium, pp. 189-193, International Conference and Workshop "Monitoring in Geological Disposal of Radioactive Waste: Objectives, Strategies, Technologies and Public Involvement", Luxembourg, Luxembourg, 2013-03-19.

The Application of DIC to Detect Potential Onset of Micro-cracking in the Concrete Buffer of the Supercontainer. / Areias, Lou; Sol, Hugo; Jun, Gu et al.
Monitoring in Geological Disposal of Radioactive Waste: Objectives, Strategies, Technologies and Public Involvement. Proceedings of an International Conference and Workshop. Belgium, 2013. p. 189-193.

Research output › peer-review

TY - GEN

T1 - The Application of DIC to Detect Potential Onset of Micro-cracking in the Concrete Buffer of the Supercontainer

AU - Areias, Lou

AU - Sol, Hugo

AU - Jun, Gu

AU - Pyl, Lincy

AU - Van Marcke, Philippe

AU - Coppens, Erik

AU - Verstricht, Jan

AU - Villers, Loïc

AU - Van Cotthem, Alain

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N2 - The Supercontainer is the Belgian reference concept for the packaging of vitrified high-level radioactive waste (HLW) and spent fuel. In a previous test performed to evaluate its construction feasibility, micro-cracks developed on the surface of the concrete buffer. The surficial nature of the micro-cracks should neither jeopardize the functionality nor the safety of the Supercontainer. However, through-going cracks should be avoided as they can create preferential pathways for the migration of aggressive species. This paper presents the results of a test performed to evaluate the suitability of using Digital Image Correlation (DIC) to detect the onset of micro-cracking in the concrete buffer. Preliminary tests showed that the DIC method can measure micro-cracks with a crack opening resolution of approximately 12.5 microns, which is sufficiently small to detect the formation of potential micro-cracks in the concrete buffer of the Supercontainer.

AB - The Supercontainer is the Belgian reference concept for the packaging of vitrified high-level radioactive waste (HLW) and spent fuel. In a previous test performed to evaluate its construction feasibility, micro-cracks developed on the surface of the concrete buffer. The surficial nature of the micro-cracks should neither jeopardize the functionality nor the safety of the Supercontainer. However, through-going cracks should be avoided as they can create preferential pathways for the migration of aggressive species. This paper presents the results of a test performed to evaluate the suitability of using Digital Image Correlation (DIC) to detect the onset of micro-cracking in the concrete buffer. Preliminary tests showed that the DIC method can measure micro-cracks with a crack opening resolution of approximately 12.5 microns, which is sufficiently small to detect the formation of potential micro-cracks in the concrete buffer of the Supercontainer.

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BT - Monitoring in Geological Disposal of Radioactive Waste: Objectives, Strategies, Technologies and Public Involvement. Proceedings of an International Conference and Workshop

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Y2 - 19 March 2013 through 21 March 2013

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Areias L, Sol H, Jun G, Pyl L, Van Marcke P, Coppens E et al. The Application of DIC to Detect Potential Onset of Micro-cracking in the Concrete Buffer of the Supercontainer. In Monitoring in Geological Disposal of Radioactive Waste: Objectives, Strategies, Technologies and Public Involvement. Proceedings of an International Conference and Workshop. Belgium. 2013. p. 189-193