1,720,985 research outputs found
Il monitoraggio per la verifica di un intervento contro l’acqua nelle murature di un edificio storico
No full textPrime verifiche sull’efficacia di un sistema elettrofisico per la deumidificazione delle murature
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Thermostatic Chamber of the Department of Energy of the Polytechnic of Milan: Analysis of Its Functioning Over the Years
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Determinazione della conduttività e effusività termica per materiali umidi con il metodo TPS
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ICT per il miglioramento del processo conservativo
Full text linkThe questions related to the protection of the Archaeological sites are fundamental in the research on the valorisation and conservation of the cultural
heritage. The evaluation of the relations between the ruins and the natural and
artificial environment (in this case generated by roofing) represents an important and, in the same time, complicated parameter that it is necessary to
assume during the design of the same roofing. It is impossible to ignore the environment that can influence the
conservation of the material of the archaeological element: the environment offers an essential limit to the conservation of the material of ancient
structures.
The aim of this research is to test the function of some BIM commercial codes useful to design and to manage the archaeological site roofings.
These software codes are created to support the project to model the “life cycle” of the new constructions and they are not created to implement the
data/or parameters useful for the management of the conservation of ruins,
where the specific characteristics of the object does not permit the creation of a unified model of the ruin.
The 3D survey models, nowadays easy to use and enriched by the necessary
data (material, decay, environmental, ecc.) for the conservation project, are important instruments for the management of the cultural heritage.
In this research, some BIM commercial codes are tested on a simulation of a roofing project in the archaeological ruin in Nemi to verify if it is possible
their use for the energetic evaluation
Aree archeologiche e sistemi di protezione: modelli di valutazione di compatibilità
No full textThe aim of the current research is to delineate some 'basic guidelines' for the survey and monitoring of the archaeological sites conservation.
The work was developed for the study of the condition of the building for the project of a system of protection, as a cover, even income facilitation its accessibility or check the compatibility of the archaeological remains with existing coverage.
The research aims to provide a tool to monitor changes in parameters of vulnerability of an archaeological site, anticipating and assisting in the monitoring procedures of the site before and after the implementation of protection systems.
Specifically it is necessary to recognize the mode of acquisition (by identifying the minimum necessary) the data required for the preparation of a plan of action that taking into account the economic factor. The survey instrument leads to the creation of accurate 3D models and 2D increasingly sophisticated representations, while the current management technologies allow to assemble many of the geometric, material and environmental information which, considered in the correct relationship, allow not only to assess the conservation degree, but also to monitor the evolution of the decay and to control the impact of the protection system on the site or portion of it. This study aims to develop a program capable of processing parameters chosen to identify the vulnerability of archaeological area of the sanctuary of Diana at Nemi, near Rome
Sistemi di protezione per le aree archeologiche: linee guida in tempo di crisi Protection systems for archaeological areas: guidlines in time of crisis
No full textThe reconstruction of an archeological site requires an intense survey activity (topographic,
metric, deterioration, environment parameters, .. .) accompanied by historic-archeological,
architectural and interpretative investigations, in order to acquire data in various degrees
of detail and process it without losing the original quality of the information during the
elaboration phases. Maintenance activity is certainly “difficult" because it is compelling and
scarcely manifest for immediate results and in the perception of society at large; the intended
objective of the work is to outline some “essential guidelines" in the understanding that
regardless of the actual needs of the upkeep-conservation of the Cultural Heritage the reality
of facts imposes a “no cost" policy. Methods and schedules for finding and acquiring the data
(identifying the minimum essential) necessary for laying out a plan of intervention have been
tested. The research so far conducted has not been limited to exploring all issues linked to the
acquisition and processing of survey data (not an easy task anyway), but has also investigated
possible modalities for its fruition. In the specific case of an archeological area, given the
quantity and complexity of interrelated data, it is essential to prearrange forms of management/
fruition/consultation that may enable to consider more elements simultaneously. The
work presented is the continuation of the research introduced last year: “Archeological areas
and protection systems: compatibility assessment models" (N. Lombardini e C. Achille)
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