Abstract:The use of stone to build shelters was an important step in terms of ensuring buildings’ durability and security in pre-historic times. It was also an acknowledgment of power and grandeur when societies demonstrated their respect for their leaders and gods by building stone monuments. For this reason, cathedrals, churches, and other magnificent religious monuments were built around the globe; however, the importance of the stone used in their construction itself is not sufficiently appreciated as the key facto… Show more
“…In the literature, one may notice an interchangeable use of the terms: dimension stones, natural stones, and ornamental stones [5,[18][19][20]. These terms are best defined by Carvalho et al [11] and EN 12670 [21]: "Dimension stone" refers to the required shape and size of the final product and it is considered essentially as a critical building and construction material having structural functions.…”
Section: Scientific Backgroundmentioning
confidence: 99%
“…In many regions of Europe, they have characterised traditional buildings and historical monuments [4]. Considering historical and cultural aspects, natural stones represent geographical diversity and preserve stone-built heritage [5]. In addition, the proper use of natural stones for historical purposes enriches the aesthetics of cities and preserves the cultural environment [6].…”
The selection of ornamental stones for specific applications requires technical guidance since it should be based on the durability, service life, and aesthetic value of the stones. In most cases, these fundamentals provide quantitative data on the usability and performance of ornamental stones. The present study attempts to put forward a quantitative classification system for natural stone products concerning critical rock properties. For this purpose, fundamental physical and mechanical rock properties are listed based on European standards. Then, minimum limit values are proposed for different applications of natural stone products based on retrospective analyses of numerous ornamental stone applications. The suggested limit values based on several physical and mechanical rock properties can guide relevant engineers to initially consider possible rock types for use as natural stones in a wide range of applications. In this context, it is believed that the present study contributes to the natural stone industry by discussing the minimum limit values for the consideration of a wide range of rock types possibly usable in the dimension stone industry.
“…In the literature, one may notice an interchangeable use of the terms: dimension stones, natural stones, and ornamental stones [5,[18][19][20]. These terms are best defined by Carvalho et al [11] and EN 12670 [21]: "Dimension stone" refers to the required shape and size of the final product and it is considered essentially as a critical building and construction material having structural functions.…”
Section: Scientific Backgroundmentioning
confidence: 99%
“…In many regions of Europe, they have characterised traditional buildings and historical monuments [4]. Considering historical and cultural aspects, natural stones represent geographical diversity and preserve stone-built heritage [5]. In addition, the proper use of natural stones for historical purposes enriches the aesthetics of cities and preserves the cultural environment [6].…”
The selection of ornamental stones for specific applications requires technical guidance since it should be based on the durability, service life, and aesthetic value of the stones. In most cases, these fundamentals provide quantitative data on the usability and performance of ornamental stones. The present study attempts to put forward a quantitative classification system for natural stone products concerning critical rock properties. For this purpose, fundamental physical and mechanical rock properties are listed based on European standards. Then, minimum limit values are proposed for different applications of natural stone products based on retrospective analyses of numerous ornamental stone applications. The suggested limit values based on several physical and mechanical rock properties can guide relevant engineers to initially consider possible rock types for use as natural stones in a wide range of applications. In this context, it is believed that the present study contributes to the natural stone industry by discussing the minimum limit values for the consideration of a wide range of rock types possibly usable in the dimension stone industry.
“…With the weathering of stones being an inexorable process, developing mathematical models to simulate the rate of deterioration as a function of measurable environmental parameters and stone properties is increasingly needed in order to predict (and so control) future scenarios. The implementation of dose-response functions, system modelling, and the quantification of the effects of climate events are key tools in order to identify resilient solutions in multi-hazard risk circumstances: consequently, they are essential in developing holistic sustainable mitigation plans providing prevention measures to preserve the historical built heritage [20][21][22]. In adaptation strategies, vulnerability is often assessed on a large scale (e.g., regional or local), and therefore historical buildings and monuments are often not properly considered.…”
Climate change effects are a warning of the planetary crises threatening our collective future. This is a topic largely considered in the context of the environmental crisis, but we are now aware that climate change represents an increasingly alarming threat also in terms of the conservation of cultural heritage sites. Cultural heritage preservation should aim to an active environmental and societal strategy built on a renewed ethics of responsibility on long-term effects. This work provides a review of the current state of the art on the damage functions used for assessing the impacts of climate change on stone heritage surfaces. Within this framework, it introduces new concepts such as (i) the Loss of Details (LoD), in terms of the readability reduction of decorative elements and, subsequently, (ii) the Future Cultural Value (FCV), as the capacity of a cultural heritage to transmit its cultural message in its future appearance. The valorization of the historical legacy is a win–win solution to fix new planning tools and to achieve multiple goals oriented to a sustainable development for future generations. From this point of view, plaster cast galleries and museums play a crucial role in preserving cultural identity since they report a careful documentation of the original artifacts and monuments over the time.
“…In this paper, we provide new information on the extraction and applications of Virolahti pyterlite based on the results of the NaStA project and we will later begin the procedure to propose Virolahti pyterlite as a candidate for designation as a Heritage Stone (see, e.g., Pereira, 2021Pereira, , 2023.…”
The red pyterlite of Virolahti is a rapakivi granite from the large Mesoproterozoic Wiborg rapakivi granite batholith of southeastern Finland, with the typical and exclusive appearance of the rapakivi texture and with good quality as a natural stone. The extraction of Virolahti pyterlite began on a large scale during the late 1700s for the construction of the city of St. Petersburg, Russia. During the 1700s and 1800s, the pyterlite was extensively used in St. Petersburg in applications such as building foundations, river embankments, street paving, fortress structures and decorative stone. The most famous objects constructed from the pyterlite are the monolith of the Alexander Column and the columns of St. Isaac's Cathedral. Virolahti pyterlite has been widely extracted in the Virolahti area, and a total of over one million cubic metres were exported to St. Petersburg. The pyterlite is an important part of history, as the objects in which the stone has been applied in St. Petersburg belong to a UNESCO World Heritage Site. Today, Virolahti pyterlite is extracted under the commercial name Carmen Red. The stone has been marketed and exported for use in several applications around the world, especially in countries of the Far East and Europe. Among the modern objects constructed using the pyterlite are numerous façades of skyscrapers, including the Central Daily Newspaper Building in Seoul, Korea, and the Arco Tower in Los Angeles, USA. The pyterlite area is still important in the natural stone market, and over a wider area than only Finland. Virolahti pyterlite meets all the criteria for designation as a Heritage Stone presented by the IUGS Subcommission on Heritage Stones. It has been applied in significant works (in a UNESCO World Heritage Site), used in large quantities in highly valuable architectural objects and quarried from 126 historical quarries. It is a focus of development for tourism infrastructure, has wide geographical use and a prolonged cultural history, and is still extracted from 11 present quarries, with global appli-cations. Hence, we will later begin the procedure to propose Virolahti pyterlite as a candidate for designation as a Heritage Stone.
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