The Product of Hydrological Structures and Their Climatic Impact on the Sustainable Structure of Interior Architecture | ||||
| Arts and Architecture Journal | ||||
| Volume 3, Issue 2, December 2022, Page 39-66 PDF (1.22 MB) | ||||
| Document Type: Original Article | ||||
| DOI: 10.21608/aaj.2022.271450 | ||||
 View on SCiNiTO | ||||
| Author | ||||
| Laila Elsayed Hussein Elsayed Hamouda | ||||
| Lecturer - Interior Architecture Division - Decor Department Faculty of Fine Arts - Alexandria University | ||||
| Abstract | ||||
| Climate change is the most controversial issue at the international level to limit the continuing rise in temperatures in the world, and accordingly comes the leading role of the combination of the origins of interior architecture and other sciences in structuring a plastic and functional structure of interior architecture that is good at dealing with this thorny global controversy in dealing with the cosmic climate conflict and addressing it Therefore, hydrology found its role in paving the way for sustainable construction to improve the efficiency of the internal environment of the building and reflecting its capabilities and capabilities to enhance the principles of sustainability by taking advantage of the applied scientific study of the movement, distribution and management of water resources and enhancing the ability to adapt to all climatic conditions presented according to the integrated system of external environment standards and their reflection on interior space. This research crystallizes the pivotal role of the impact of hydrology on the climatic conditioning of the interior architecture space, which is built on the principles of sustainability, which is reflected in the physical comfort and improvement of the productive capacity of the occupants of the interior architecture space. Which confirms the importance of the basis of hydrology, which is “water” and what it provides as a meaning of life and a formative and utilitarian ability through the tasks it performs: energy transfer tasks, biological and chemical tasks, recreational tasks, as well as its importance through the connection of various human activities with water, in addition to the link Human stability with the presence of water and the strengthening of its connection with nature through the manifestations of hydrology applications in the plastic and functional folds of sustainable internal architecture structures to adapt to the built environment in the future on scientific and technological foundations, to support the mutually beneficial relationship between nature and the built environment and humans in the discovery of the creative design energy of water in the development of space Interior architecture through the lens of resilience for sustainable climate to blur the line between function and aesthetics to create an innovative and integrated interior space. | ||||
| Keywords | ||||
| hydrology; water; interior architecture; climate; adaptation; sustainability; energy; technology | ||||
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