Kaçmaz Erk, Gül

Now showing 1 - 4 of 4

Norberg-schulz' Elements of Space in Dark City
(Common Grounds Research Networks, 2023) Erk, Gul Kacmaz
Cinema and the Walled City
(intellect Ltd, 2020) Erk, Gul Kacmaz
İstanbul, Not Constantinople: the Use of Designerly Tools in the Representation of İstanbul in American Cinema
(İzmir Ekonomi Üniversitesi, 2009) Yılmaz, Tuna; Erk, Gül Kaçmaz
Yirminci yüzyılın sanatı sinema ile modern kentin aynı zaman dilimi içerisinde doğdukları ve koşut olarak geliştikleri söylenebilir. Bu tarihsel süreç boyunca bu iki kavram kendilerini devamlı bir şekilde geliştirirken, bir yandan da birbirlerini etkileyerek diğerinin dönüşümüne katkıda bulundular. Sinema ve kent arasındaki temsiliyete dayalı bu ilişki bu açıdan büyük önem kazanmaktadır. Dünya üzerindeki bazı kentler bu temsili ilişkinin bir sonucu olarak `sinemasal kent' olarak adlandırılır olmuştur. Bu kentler fiziki ve mekânsal gerçekliklerinin yanı sıra bir de sinemasal bir gerçeklik kazanmıştır. Sinema hem temsiliyet konusunda hem de sinemasal gerçekliğin tasarımında pek çok açıdan tasarım araçlarından faydalanmaktadır. Sinemada kentin temsili için de aynı durum söz konusudur. Paris, New York ve Berlin gibi sinemasal kentlerin temsili için yönetmenler renk, ışık, ses gibi tasarım araçlarını kullanmakta ve bu şehirleri beyazperdede temsil ederken bu araçlar vasıtasıyla bir görsellik tasarlamaktadırlar. Bu tez çalışmasında sinema ve kent arasındaki temsili ilişki açısından İstanbul örneği üzerinde durulmuş ve bu kentin Amerikan sinemasındaki temsiline bakılırken tasarım araçlarının bu süreçte nasıl işlev gördükleri incelenmiştir. Ardından sinema ve kent arasındaki temsili ilişki irdelenmiş, sinemasal kentler incelenmiştir. İstanbul'un hem Türk hem de Amerikan sinemasında temsiliyeti ele alınmış, ardından örnek olarak seçilen Topkapı (Jules Dassin, 1964) ve Geceyarısı Ekspresi (Midnight Express, Alan Parker, 1978) filmleri üzerinden kullanılan tasarım araçları ve bunların işlevleri üzerinde durulmuştur.
Application of Smart Materials in Sustainable Architecture
(İzmir Ekonomi Üniversitesi, 2009) Şensan, Senem Özgönül; Erk, Gül Kaçmaz
Today's sustainable buildings depend on conventional products and materials, existing methods of analysis and design tools. The next generation of sustainable buildings will have to be radically different from those of today and will be designed using new approaches to materials that are expressed in this study. Smart materials are one of the components for these new approaches. These new materials, which are integrated with the environment, produce renewable energies, maintain themselves, minimize energy consumption and/or maximize the usage of natural light.The contribution of smart materials in architecture gives architects the opportunity of designing smart buildings with lightweight structures and new building elements that react to environmental conditions. The increasing interaction with the environment also leads architects to the following question: Can these material properties be used for supporting the sustainability of the building? The Increase in interaction with the environment could ensure that buildings are more compatible with their surroundings. This compatibility could support ecologically sustainable environments and this is the main idea that this study deals with. In order to examine this idea, a theoretical research about sustainable architecture has been conducted. This research puts forth selection criteria for smart materials, which are examined from the viewpoint of an architect. These smart materials are selected out of a wide range of materials with an intense research according to their application possibilities in architecture.The aim of this thesis is to analyze the application of smart materials in sustainable architecture. While the study covers a research on smart materials, it also contains a detailed examination of those selected smart materials according to their availability for use in sustainable architecture. In this context, this study examines the concept of sustainability and sustainable architecture. It proposes and questions the application of smart materials in sustainable architecture.In this study, the sustainability of smart materials themselves is not analyzed rather the properties of these materials are studied to find out how they can support sustainability. Therefore, the criteria to choose materials are related not to the chemical or physical properties of the materials but to their application in the sustainability of a building.Keywords: Smart Materials, Sustainability, Ecology, Architectural Materials, Technology

Kaçmaz Erk, Gül

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Sustainable Development Goals

NO POVERTY

ZERO HUNGER

GOOD HEALTH AND WELL-BEING

QUALITY EDUCATION

GENDER EQUALITY

CLEAN WATER AND SANITATION

AFFORDABLE AND CLEAN ENERGY

DECENT WORK AND ECONOMIC GROWTH

INDUSTRY, INNOVATION AND INFRASTRUCTURE

REDUCED INEQUALITIES

SUSTAINABLE CITIES AND COMMUNITIES

RESPONSIBLE CONSUMPTION AND PRODUCTION

CLIMATE ACTION

LIFE BELOW WATER

LIFE ON LAND

PEACE, JUSTICE AND STRONG INSTITUTIONS

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