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The scientific memory of Yaşar University. Publications, projects, and researchers—all in one place. The heart of open science beats here. 'Open Science. Visible Impact.'

Doctoral Thesis

Design and computational optimization of a kinetic facade / Kinetik bir cephenin tasarımı ve hesaplamalı optimizasyonu

Master Thesis

Bir illüstrasyon alanı olarak tarot kartlarına güncel bir yaklaşım / A contemporary approach to the tarot cards as a field of illustration

Master Thesis

Design optimization of bank branch interiors: Case study of Izmir / Banka şubeleri içmekan tasarımlarının optimizasyonu: İzmir örneği

Doctoral Thesis

Yaratıcı endüstrilerde illüstrasyonun rolü / The role of illustration among creative industries

Doctoral Thesis

Borsa istanbul'da bedelsiz sermaye artırım duyurularının hisse senedi getirilerine etkileri üzerine bir analiz / An analysis on the effect of stock split announcements on stock returns in Borsa İstanbul

Doctoral Thesis

433

Digitalization of heritage tourism: A perspective of European museums / Miras turizminin dijitalleşmesi: Avrupa müzelerine bir bakış

Master Thesis

235

Bireysel silahlanma bağlamında yorgun mermi cinayetleri / Falling bullet homicides in the context of individual armament

Master Thesis

190

An analysis of firm-size effect in Borsa Istanbul / Borsa İstanbul'da firma büyüklüğü etki analizi

Master Thesis

125

Acı, maruz kalış ve bağışlama: 12 eylül darbesinin sinema hafızası / Pain, suffering, and forgiveness: cinema memory of the september 12 coup

Master Thesis

106

Recent Submitted Publications

Article

Postgraduate Student Mental Health: A Systematic Literature Review of Wellbeing Themes and Proposed Solutions

(Inderscience Publishers, 2026) Nur Ayıboğan, Ayşe; Koç, Hasan; Hynes, Jennifer

Master Thesis

Zaman skalasında diamond-alfa tipi eşitsizlikler

(2016) Eker, Mustafa; Çelik, Ömer Faruk; Yantır, Ahmet

Inequalities are very practical part of mathematics. They give us an idea about the size of the quantities and provide an accurate estimate. In many areas of applied mathematics they also provide us a knowledge about the location of the things. One of the most practical part of the inequalities that it is usually far easier to satisfy assumptions involving inequalities that it is for those involving equations. When derivatives and inequalities are combined, we refer to them as 'differential inequalities' and they are vey useful in the analysis of solutions to nonlinear differential equations. In this thesis, diamond–α Opial dynamic inequalities are considered. Also Diamond-α forms of the Hölder, Cauchy-Schwarz inequalities which are impottant inequalities of mathematical analysis, Diamond-α Hardy type inequalities and Diamond-α Jensen inequality are stated and proved. Finally several generalizations on Diamond-α Opial Inequalities are presented.

Master Thesis

Zaman skalasında dinamik eşitsizlikler

(2016) Taçyıldız, Tuba; Yantır, Ahmet

Son zamanlarda zaman skalasındaki dinamik eşitsizliklerin teori ve uygulamaları büyük ilgi görmektedir. Diferensiyel denklemler ile ilgili birçok sonucun fark denklemleri ile benzer olmasına rağmen farklı olduğu durumlar da bulunmaktadır. Zaman skalasında dinamik denklemlerin çalışılması bu farklılıkları ortaya çıkarır. Zaman skalası teorisi, Stefan Hilger tarafından doktora tezinde ayrık ve sürekli analizi birleştirmek amacıyla tanıtılmıştır. Bu tezin ilk bölümünde zaman sklasında hesaplamalar ile ilgili bazı temel kavramlar verilmiştir. Bu tezin amacı Gronwall, Hölder, Minkowski ve Jensen eşitsizlikleri gibi bazı dinamik eşitsizliklerin ispatlarıyla birlikte bazı temel özelliklerinden bahsedilmiştir.

Master Thesis

Zenne, Laurance Anyways ve Something Must Break filmlerinin Kuir Teori'ye göre yorumlanması

(2018) Büyüközer, Aslı; Sönmez, Sevcan

İlk olarak 1970'lerde tanımlanan Kuir Teori, lezbiyen, gey, biseksüel, trans, interseks, aseksüel ve sorgulayan bireyler üzerine olan, psikolojik ve sosyolojik çalışmaların tümüdür. 1990'larda yoğunlaşan Kuir Teori tartışmaları, kuir tanımını değiştirip, odağı yoğunlukla heteronormativiteye karşı bir eleştiri haline getirmiştir. Kuir teori heteronormativiteye ve toplumsal cinsiyet rollerine yapıbozumcul bir şekilde bakar. Kuir tartışmalar ancak son yıllarda ülkemizde gündeme gelmeye başlamış, akademide ve sanat dallarında görünürlüğü giderek artmıştır. Yerli literatürde kuir fazlaca konu edilmemektedir. Bu durumun en önemli sebeplerinden biri, Türkiye sinemasında Kuir Teori üzerinden okunabilecek türde film üretmek isteyen yönetmenlerin, senaryo yazarlarının ve yapımcıların yeterli sayıda olmamasıdır. Bundan dolayı üretilen eserler sınırlıdır. Kuir literatürün ve filmlerin eksikliğinin doğurduğu tartışma ve alan çalışması ihtiyacı bu tezin konusunu oluşturmaktadır. Tez, bu alanda çalışma yapmak isteyenlere katkı sunmak hedefindedir. Dünya sinemasında da olduğu gibi Türk Sinema tarihinde de çoğunlukla heteroseksüel ilişkiler gösterilmiş, bunun dışında gösterilen azınlıklar ise heteronormativite üzerinden yorumlanmıştır. Yakın dönemde Türkiye Sineması'nda LGBTİ filmleri çıkmaya başlamıştır. Kuir içerikli filmlerle ilgili asıl soru LGBTİ karakterlerin nasıl yansıtıldığıdır. Bu karakterler heteronormatif kalıplara sokulmuş mudur yoksa klişelerden uzak, heteroseksizme eleştirel anlatılmıştır. Başka bir soru ise LGBTİ bireyler olumlu bir bakış açısıyla mı sunulmuştur. Bu durumu düşünmek, eleştirmek ve gözlemlemek için, biri yerli ikisi yabancı olmak üzere üç film, Kuir Teori bakış açısından incelenecektir. Anahtar sözcükler: cinsel, cinsiyet, kuir, kuir teori, LGBTİ, sinema

Master Thesis

Yüksek binalarda yüksek performanslı tasarıma yönelik biyomimikri temelli ileri mimari tasarım stratejisi

(2020) Alyasırı, Zıyad Amer Majeed; Koyunbaba, Başak Kundakcı

A large share of worldwide energy utilization connects with the built environment and buildings' demand. The fundamental objective of buildings is to deliver a suitable internal environment for the inhabitants, whatever the external environment situations are. Which requires a series of practical and technological procedures to make buildings suitable for occupants. Therefore, the efficiency of the building determined by the provision of the required comfortable level of the indoor environment with the least energy usage, which means mitigate the carbon emission levels. However, to attain a reasonable balance between the level of energy usage and the provision of the required comfortable level of the indoor environment, many approaches have emerged to achieve the goal. Performance-based building designs have become a desirable comprehensive approach for more sustainable architecture, which is one of the primary methods to cope with climate change. The performance-based design consists of multiple approaches or strategies that enhance the principle of energy efficiency and assist the architect in design process and decision making. Biomimicry strategy which is a novel design approach offers potential link with the concept of energy efficiency and high-performance buildings. The experience of nature to find the best solutions and confront the environmental conditions through the continuous adaptation to the dynamic surrounding conditions, has been derived. In other details, the adaptation of the organism, its fitness, and its homogeneity with its surrounding environment can be applied in buildings design to make buildings more sustainable and adaptive. Generally, Biomimicry is a term used to characterize the brilliant used in nature. Which simply seeks to make the most efficient way of using resources for fulfilling human needs. For instance, mimic the brilliant systems in nature such as forms, materials, processes, constructions, and functions, which are invested in the research process and proposed design. In practice, the process of applying bio-inspiration in building design requires advanced technology and some costs. Therefore, the application of it must have a potential content of success. For this reason, analysis, simulations, and test operation should be carried out at the early stages of design to ensure the outputs. Computation tools and software offer the ability to simulate the applied bio-inspired concepts and construction technologies to extract the estimated results of the building behavior in the built environment. Also, some computation tools derive their logical philosophy from nature. However, environmental computation tools are the major computational tools that contribute to the performance-based designs to improve building efficiency and reduce energy usage. The improvement process by using environmental computation tools made design decision-making much easier by contributing in form, materials used, and choosing the best options available. From all of the above, new design concepts can be combined to create a comprehensive and integrated design strategy within the potential to serve energy efficiency and high-performance goals. Biomimicry provides an effective strategy to overcome problems while computational tools have the capability to analyze, simulate, improve, and choose the optimum. The comprehensive design strategy presented a promising design method to achieve energy efficacy improvement by providing workflows based on the adopted approaches and present them as advanced design strategies to develop a new design process that makes the architect and architecture field of study deal with the new approaches which have emerged recently in different science fields. Thus, makes the future architectural design methods based on logical reasons and optimal solutions. The façade design process adopted the advanced design strategy to develop a new design concept aiming for a high-performance building and energy efficiency. Façade in the perspective of nature is a highly sophisticated and developed membrane that performs various functions including protection, sensation, energy, temperature regulation, and ventilation. It is the first line of defense that protects the inside from the external environment. But from the perspective of building and construction, technology can perform the role of natural organisms to control and regulate different factors and conditions which is called building physics. General knowledge of building physics has been made to direct the design process to better methods and ways. Thus, integrative façade design has been applied to the proposed building which is a large office in a high rise building located in a hot area. The façade performs multiple operations to regulate the temperature and enhance the comfort thermally and visually and making the balance between energy consumption and conditions required. The final design decision produced integrative shading units with four potential functions as main purposes (shading, Daylight, Ventilation, energy generation). The integrative shading units have a mutual effect with the gazing type. Therefore, the study focusing on this mutual connection between shading and glazing systems on the proposed building as an integrative facade system to conduct the research process. Moreover, there are many limitation factors (computational tools capability, research limitation, etc…) that prevent the research process to include all the potential functions that the integrative shading units have. Therefore, the improvement process covers two potential functions (Shading, Daylight) with its related issues as major determining factors. While, the other two potential functions (Ventilation, energy generation) detailed as potential concepts for future studies. But, the adoption of the wind profile in the research improvement process as another determination factor related to both of the (Ventilation, energy generation), gives an estimation vision to evaluate the potential functions of future studies.

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