0 / SPK / specialcollections@tulane.edu

0 / SPK / specialcollections@tulane.edu

0 / SPK / specialcollections@tulane.edu

Läckö Castle is an historic building that has never been permanently heated but has been dehumidifiedsince the early 2000s to house museum collections. The purpose of the work was to evaluate thedehumidification performance and compare the climate with the state of preservation of wooden wallpaintings. Compiled climate recordings for different rooms in the castle from 1997 to 2009, before andduring dehumidification, were used and compared to the outside climate. The RH set point value of 70 % for dehumidification was not reached often, especially in winter with high outside RH. Wood painted witha linseed oil paint performed well, whereas paint containing resin was seriously damaged. It is concludedthat microclimatic differences in relation to dominating wind direction are important. The air exchangeof the building is very decisive for dehumidification efficiency.

Thesis (M.S.)--Virginia Polytechnic Institute and State University, 1992. / Vita. Abstract. Includes bibliographical references (leaves 103-110). Also available via the Internet.

The proposed project aims to transform the selected site and buildings at Rissik Station to new uses, along with the restoration and reuse of historical buildings. This amounts to a recycling and improved use of existing resources. / Dissertation (MArch(Prof))--University of Pretoria, 2009. / Architecture / unrestricted

The concept of the project is a functional change in land use on the public nature of private space, with a defined time period návštěv.Projekt addresses the design of new building - office buildings,'fitness centes and park.

This thesis examines the preservation challenges heritage cities face because of climate change, with Venice as a case study and references to Rhodes Town, Edinburgh Castle, and Old San Juan. Dominant literature and scholarship on Venice compete with one another, restricting opportunities for interdisciplinary collaboration and dialogue in producing a more efficient preservation approach to the city. Through a study of the brief history of Venice, the materials, and past and present approaches to preservation, this research signifies the need to understand and preserve building materials. Following an analysis of the scholarship on Venice, this paper reveals the role of building materials in discourse on the city, as materials can bridge the gap among competing literature. Therefore, this thesis makes a key contribution to the understanding of urban history and preserving historic cities. In exploring preservation techniques and considering how the discourse can more effectively address the challenges of sea level rise of historic cities, this thesis argues the history of materials is key to a cohesive preservation approach for Venice's built heritage. The building materials are at the center of the preservation issue, and by serving as the core of dialogue and interdisciplinary collaboration, a more efficient approach to preserving the city's local and global heritage will occur. This thesis shows historic building materials can become central to Venice's preservation approach with increased vocal concerns about the building materials from restorers/conservators, non-governing residents, art historians, scientists, and global onlookers to Venice's local government, the Italian government, and international preservation bodies. In exploring preservation techniques and considering how the discourse can develop to address the challenges of sea level rise more effectively on historic cities, this thesis argues the history of materials is key to a cohesive preservation approach for Venice's built heritage. The building materials are at the center of the preservation issue, and by serving as the core of dialogue and interdisciplinary collaboration, a more efficient approach to preserving the city's local and global heritage will occur. This thesis shows historic building materials can become central to Venice's preservation approach with increased vocal concerns about the building materials from restorers/conservators, non-governing residents, art historians, scientists, and global on-lookers to Venice's local government, the Italian government, and international preservation bodies. / Master of Arts / This thesis examines the preservation challenges heritage cities face because of climate change, with Venice as a case study and references to Rhodes Town, Edinburgh Castle, and Old San Juan. Literature on Venice compete with one another, restricting opportunities for conversation on producing an efficient preservation approach to the city. Through a study of the brief history of Venice, the materials, and past and present approaches to preservation, this research signifies the need to understand and preserve the building materials. The role of building materials in discussions and debates on the city is necessary as materials can bridge the gap among competing literature. With building materials at the center of the preservation issue and the core of conversation among different disciplines, a more efficient approach to preserving the city's local and global heritage will occur.

The EU Directive for building energy performance requires all member states to reduce energy consumption and CO2 emissions in the existing building stock. A key instrument in achieving this is using building stock modelling as a tool for planning and development of policies. But since the building stock as a whole is a complex element to study, new interdisciplinary methods are required to facilitate a sustainable management of the built heritage. Moreover, as the goal of energy conservation is brought into a supposed conflict with the built heritage, the field of integrated conservation has a responsibility to be a part of the development of such methods. This thesis accordingly investigates state-of-the-art building stock models from several disciplines with the aim of developing a new method for categorising historic building stocks. The historic buildings in the case study of World Heritage Site Visby, Sweden, were surveyed and triangulated using e.g. on-site inspections, digital cadastre maps, the national EPC database and existing inventories, ultimately leading to 1048 buildings from before 1945 being included in a new inventory. This inventory, along with tools acquired from previous buildings stock models, enabled an iterative process to develop and validate the new categorisation method. The proposed method itself is based on the principal idea of categorisation where the building stock is represented by a limited number of categories which allow for further typology investigations, e.g. energy modelling, and extrapolation back to district level. The results show that the building stock can be represented by nine physical categories covering 86 % of the total number of buildings, and 70 % of the entire building volume. To encompass aspects regarding cultural heritage significance, the respective historic character of the buildings are assessed and described by combining statistical information and the Conservation plan of Visby. In all, the method shows to provide a supportive platform for investigations of a trade-off between energy conservation on one hand and building conservation on the other. / EFFESUS / Spara och Bevara

The study deals with the reconstruction of a suitable functional use of the castle in Kuřim. It is currently used primarily as a training facility with other plants - gallery, a café and accommodation. The proposal takes account of these operations, the arrangement Available with trying to meet today's requirements for operation. Architectural design highlights the architectural value of the castle and offers a decent use of this monument.