Inovační zkušební postupy v péči o architektonické dědictví

Drdácký, Miloš

Digitální knihovna UPCE
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Univerzita Pardubice
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Publikace vydané Univerzitou Pardubice / Published by the University of Pardubice
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Sborníky z konferencí / Conference Proceedings
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Interdisciplinarita v péči o kulturní dědictví
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2013 Interdisciplinarita v péči o kulturní dědictví
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dc.contributor.author	Drdácký, Miloš
dc.date.accessioned	2016-11-25T11:35:41Z
dc.date.available	2016-11-25T11:35:41Z
dc.date.issued	2013
dc.identifier.isbn	978-80-7395-594-6 (Print)
dc.identifier.isbn	978-80-7395-595-3 (PDF)
dc.identifier.uri	http://hdl.handle.net/10195/66820
dc.format	p. 172-181	eng
dc.language.iso	cze
dc.publisher	Univerzita Pardubice	cze
dc.rights	open access	eng
dc.subject	zkoušení materiálů a konstrukcí	cze
dc.subject	mechanické vlastnosti	cze
dc.subject	nasákavost	cze
dc.subject	mikro-tomografie	cze
dc.subject	testing of materials and constructions	eng
dc.subject	mechanical characteristics	eng
dc.subject	water absorption	eng
dc.subject	micro-tomography	eng
dc.title	Inovační zkušební postupy v péči o architektonické dědictví	cze
dc.title.alternative	Innovative Testing Solutions for Safeguarding Architectural Heritage	eng
dc.type	ConferenceObject	eng
dc.description.abstract-translated	The contribution presents several innovated or newly developed techniques for testing historic materials which enable a material to acquire characteristics not achievable in another way due to specific constraints posed by the conservation policies. It will show an assortment of methods – from very simple and affordable to rather sophisticated ones available with special equipment only. As an example of the affordable methods let us present one for the testing of surface quality and material sorption of liquids in situ, which represents one of the very basic and indispensable techniques in conservation practice. An innovated device has been developed within the research programme of the EC FP6 STONECORE project. The system is based on a micro tube outlet and takes advantage of continuous electronic measurement of water infusion into the surface. The system includes the storage of digital data, enabling semi-automatic long term measurement and recording of the water sorption from the onset. The method of measurement reduces the number of operators, is more precise, more effective and faster than the older Karsten tube method. Furthermore, non-standard testing of surface cohesion, materials strengths and the reinforcing effects of various consolidation agents will be described and illustrated. In contrast, the presentation also includes methods supported by modern equipment, e.g. digital image correlation measurements, X-ray microtomography and methods where rather simple physical principles are combined with numerical analysis, thereby enhancing their potential.	eng
dc.event	Interdisciplinarita v péči o kulturní dědictví (26.-27. April 2012, 23.-24. May 2013, Litomyšl, Czech Republic)	eng
dc.peerreviewed	yes	eng
dc.publicationstatus	published	eng