Titlebook: Historic Mortars; Advances in Research John J. Hughes,Jan Válek,Caspar J. W. P. Groot Book 2019 Springer International Publishing AG, part

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Characterisation of Historic Mortars for Conservation Diagnosisable and affordable for routine diagnostic purposes. Cost efficiency is a very important factor for the scientific and conservation community and is always taken into account when designing a research conservation program. For the characterisation of historic mortars, generally the identification of

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Portland Cement-Lime Mortars for Conservations were lime based and properties of PC mortar such as strength, stiffness and permeability can be incompatible with historic stone and brick, with consequent damage to fabrics. As a result, PC mortars are no longer used in conservation. However, lime addition significantly alters the properties of P

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Choosing Mortar Compositions for Repointing of Historic Masonry Under Severe Environmental Condition workmanship is a basic requirement for durable repointing. Over the past decades awareness has grown that the mortar composition of repointing should always be considered and applied taking into account the hygric and mechanical properties of the existing adjacent materials. Often this is easy enou

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Compatibility Assessment for Repair Mortars: An Optimized Cement-Based Mix for Tuffeau de Lincentacement of deteriorated stones, since they are capable of preserving the (memory of) diversity in building materials. This article addresses some key elements for the compatibility between repair mortars and stones. This research accordingly studies the compatibility of a repointing mortar designed

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Natural Hydraulic Lime Mortars: Influence of the Aggregatesharacteristics of mortars depend on many different parameters such as the type of binder, the type of aggregates, the use of fillers and of super plasticizers applied in the mortars formulations; also on mixing and curing conditions. In this paper mortars with a Portuguese NHL3.5 were formulated wit

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The Influence of Calcitic Filler in Hydraulic Lime Mortars for Use in High Temperature and High Humif traditionally built structures. Natural Hydraulic Lime (NHL) has better environmental credentials than Portland Cement (PC) due in part to its lower calcination temperature and its ability to absorb CO. during carbonation. However, NHL is more sensitive to climatic conditions during the setting an

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Viability of Ceramic Residues in Lime-Based Mortarsements more exposed to climate actions, mechanical and environmental conditions and, consequently, the first to be deteriorated and to need rehabilitation. Concerning to the replacement of old plasters and renders, air lime mortars are normally the ones that are more compatible with the existing ele