Title Aukštybinių pastatų tvarioji architektūra
Translation of Title Sustainable High Rise buildings.
Authors Petrušis, Karolis
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Pages 116
Keywords [eng] Sustainability ; bioclimatic design ; high-rise building ; urbanization ; air dynamics
Abstract [eng] The development practice of the world and our country testifies to the growing influence of high-rise buildings on the visual identity of cities, cultural heritage, and living conditions of people. High-rise buildings transform architectural planned building solutions, stimulating the emergence of new materials, construction solutions and technologies. In the usual practice, their development was influenced by technical and technological and economic possibilities, urban requirements of urban development, which have a direct impact on the formed images, the silhouette of the city, the change in the image of local spaces. However, as times change and people pay more and more attention to nature protection, the environment and sustainability, there is a need to introduce another factor influencing the development of high-rise buildings: sustainability. This work presents architectural solutions that, through sustainable design and innovative engineering solutions, eliminate the stigma that high-rise buildings cannot be sustainable. The final work consists of two main parts: research and design. The research part of the master's thesis examines the main concepts related to the research problems, researches the historical and foreign experience and analyzes the urban fabric of the selected area. In the project part of the master's thesis, potential variants of an architectural object are created, the chosen solution is detailed and described. After the theoretical and design analysis and design of the architectural object, the conclusions and suggestions of the final work are presented. The research work consists of an introduction, two main parts, their subsections and chapters, conclusions and suggestions, references and appendices. Thesis consists of: 114 p. text without appendixes, 84 pictures, 3 tables, 42 bibliographical entries. 1 appendix to the work is attached separately.
Dissertation Institution Vilniaus Gedimino technikos universitetas.
Type Master thesis
Language Lithuanian
Publication date 2022