Faculty of Architecture

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Author: search.filters.author.Dimkov, Gjeorgji

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    Item type:Publication,
    THE IMPORTANCE OF VARIABILITY (FLEXIBILITY) IN MULTI-FAMILY APARTMENT BUILDINGS
    (TTEM_JOURNAL OF SOCIETY FOR DEVELOPMENT OF TEACHING AND BUSINESS PROCESSES IN NEW NET ENVIRONMENT IN B&H, 2021)
    Dimkov, Gjeorgji
    ;
    Papasterevski,Dimitar
    The variability of building structures can be achieved from the outside and inside, as well as with extensions or partitions. The degree of vari-ability is proportional to the independence of the primary from the secondary structure. The relationship between the structure and the role of installations in the practical application of flexibility has been considered in a number of studies (SAR method, etc.), and all come to the conclusion that it is necessary not only to differen-tiate the primary from the secondary structure, but also to make the installations less fixed. However, differentiation does not mean that development can be inconsistent. The main mis-take of the current development in construction technologies is in fact that there was a lack of relation to the secondary structure and that the connections in the construction process were not defined. Thus, the development of technology has limited the growth of the quality of housing, rather than improving it. Today the primary structures are built very quickly, their durability is practically unlimited, but if we compare them with the first beginnings of the application of the skeleton in residential con-struction with “endless possibilities”, burdened with various restrictions and regulations, today we have extremely unadjustable constructions, which do not allow nor minimum flexibility (similar to structures where a massive building system with load-bearing reinforced concrete walls is applied). This paper aims to provide a historical over-view of research closely related to the importance of flexibility in multi-family apartment buildings in general, with reference to and analysis of expe-riences in the construction of flexible housing in the former SFR Yugoslavia.
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    SUSTAINABLE DESIGN FOR IMPROVEMENT OF HEALTHY BUILT ENVIRONMENT
    (Narodna in univerzitetna knjižnica, Ljubljana, 2015-02)
    Petrovski, Aleksandar
    ;
    ;
    Dimkov, Gjeorgji
    ;
    Papapsterevski, Dimitar
    Buildings as main consumers of energy and resources are responsible for waste and greenhouse gasses creation for which they have caused serious implications to the environmental and human health. Sustainable architecture considers reasonable resource exploitation and improvement of the built environment, human wellbeing and health. Its implementation in a building’s design is a demanding task due to multitude of aspects it grasps. This paper proposes a design process, tested on a case-study, which integrates the projects participants and determines common indicators on the buildings environmental, social and economic performance. The chosen indicators are of various importance for the buildings design. Thus, for each of them respective weights are determined by the project team. During the design process three alternatives of the case-study are proposed and analysed. The results have shown that supporting the design process with tools for decision making enables choosing the most sustainable design alternative for creation of a healthy built environment.