Yayın Başvuru Koleksiyonu
Permanent URI for this collectionhttps://hdl.handle.net/20.500.14365/4772
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Conference Object A Scalability Assessment of Biofabrics as an Alternative Architectural Construction Material(Sociedad Iberoamericana de Gráfica Digital (SIGraDi), 2024-11-15) Gözde Damla Turhan Haskara; Filiz Özbengi Uslu; Selen Çiçek; Anıl Dinç DemirbilekThis research explores the scalability of biopolymer applications in recent biobased textile design applications for architectural construction. It particularly focuses on the transition from laboratory experimentation to architectural construction practice with the aid of computational design and digital fabrication. The research aims at harvesting spatial structures through the re-characterization processes for desired material properties. The methodology is divided into four steps: Modification of the biofabric formulation derived from bacterial cellulose (BC); tensile strength tests; computational design and digital fabrication of a catenary geometry as a scaffold; bioassembly process; and observations at different environmental conditions after the removal of the scaffold. The results have shown that the material properties, such as the tensile strength, structural integrity, high capacity of water detention, and heat insulation, differentiate bacterial cellulose-based biopolymers as circular alternatives to the current conventional architectural construction materials and processes, having us reevaluate our connection with nature through architecture.Conference Object Article Alternatif Mekânsal Üretim Pratiklerine “Arada(lık) Halleri” ile Bakmak(2023) Doğu, Tuba; Tonguç Akış; Gökçeçiçek SavaşırConference Paper Biodegradation in Design Process: Digital building catalog for bio-inspired design proposals(Education and Research in Computer Aided Architectural Design in Europe (eCAADe) Conference 43rd, 2025) Ercan, İrem; Özbengi Uslu, Filiz; Kayabaş, Mehmet AliThrough the incorporation of fungal biodegradation processes into architectural design, a novel approach to sustainability is possible, which goes beyond the selection of materials and growth processes and enables insights from natural decomposition. While biodegradable materials are increasingly studied, the potential of biodegradation itself to shape design remains largely unexplored. Although the biodegradation process is seen as the final stage of design, the existing knowledge of structural deformation in nature could be an inspiration for the design process in the early stages. This study analyzes the structural transformations of five fungal species during biodegradation in mesh-like frameworks as a basis for future research. This research involves a literature review, experimental analysis, and digital catalog development, resulting in MyCo-Design, a platform that documents species-specific biodegradation data. Structural changes such as shrinkage, curvature, stiffness reduction, and volume decrease were captured through photography and 3D scanning techniques, providing a resource for bio-inspired designs. MyCo-Design platform provides designers with information by species, structural forms, and degradation parameters to use as inspiration in the early stages of their design process. This platform features an AI-powered interface component that enables users to generate visuals based on design prompts inspired by experimental observation data. During the testing process, the platform showed potential in inspiring structural solutions based on biodegradation observation. The findings of the study highlight the potential to generate circular inspiration in the early stages of design through a tool created at the intersection of nature, humans, and artificial intelligenceBook Part Biyomedikal, Biyoteknoloji ve Sağlık Bilimlerinde Biyoinformatik Analizler ve Yaklaşımlar(2022) Gizem Ayna DuranBook Part Bölüm-4: Araştırma Grubunun Tanımlayıcı Özellikleri.(2021) Dinç Horasan, GönülBook Part Bölüm-6: İnme İnsidansı(2021) Dinç Horasan, GönülBook Part Bölüm-9: Hipertansiyon İnsidansı(2021) Dinç Horasan, Gönül; Sakarya, SibelBook Çeviri ve Diplomasi(2022) Yetkin Karakoç, NihalArticle CULINARY MEDICINE: A NEW ERA OF HEALTH THROUGH THE KITCHEN(2025) Öztürk, Betül; Osman Nuri ÖzdoğanConference Paper Designing for Social Innovation: Apps as a Tool for CoCreation(Pensoft Publishers - 10th World Summit: Civil Engineering-Architecture-Urban Planning Congress (CAUSummit 2025), 2025-10-17) Ercan, İrem; Kan, Didem; Mengi, OnurA shared understanding of active participation of many urban actors is necessary for a socially sustainable urban environment. This study explores how various urban stakeholders including government agencies, city collectives, citizens, academic institutions, and businesses co-create by leveraging their unique skills and exchanging work and knowledge via an online platform in order to foster social innovation at urban scale. The present research hypothesizes that establishing a participatory mobile application enabling city inhabitants to actively engage and assume shared responsibilities in urban processes can strengthen the sense of belonging of citizens. The design research methodology employed in this study is rooted in the context of co-creation and participatory design. The study is structured around the hypothetical development of the Give a Hand mobile application, a participatory platform designed to make education, health, culture, and art services more accessible for everyone. By enabling participation and co-creation among city inhabitants, the platform aims to optimize public service delivery, saving both time and resources as well as to achieve more inclusive urban environments. More importantly, this platform facilitates urban value creation through mechanisms of volunteering and donations, contributing to the enhancement of the public services. This conceptual framework also helps us understand how designers serve as social innovation facilitators by developing community-driven, inclusive platforms for public service delivery and engagement. The practical implications of this study provides a sustainable network, fostering a stronger sense of belonging among the citizens. By incorporating social networking features, the app facilitates communication, collaboration, and the creation of new community networks, thereby enhancing active participation and contributing to the overall social fabric of the city. The results show that digital platforms can serve as scalable instruments for participatory governance when they are created using the concepts of social innovation and co-creation. The conceptual mobile app provides a flexible and transparent framework for cooperation between corporations, colleges, citizens, and public agenciesConference Object Diameter and pattern effects of Al₂O₃ balls on ballistic strength of metal–ceramic composites(İzmir Katip Çelebi Üniversitesi Yayınları - 6th International Students Science Congress, 2022) Aktaş, Latif Tibet; Çevik, MehmetIn composite materials made from metals and ceramics, a metallic substrate material is reinforced with ceramic hardened particles. This combination makes it possible to combine the low weightiness of the metal with the resistance of ceramics. Used metals in those types of composites have greater density than the ceramics, so relatively, metals are heavier than ceramics, but in metal-ceramic composite applications, the metal parts are used in small quantities as in thin slices. These types of composites can combine attractive properties of both a ceramic, such as high temperature resistance and hardness, and those of a metal, such as the ability to undergo plastic deformation. Metal-ceramic armors are used in the fields where the weight factor is not crucial yet important for mobilization. Metal-ceramic composites show their unique values in armor technologies especially in vehicle protection applications. Ceramic balls offer advantages such as being lightweight, lower friction resistance, high temperature resistance, higher rigidity, higher hardness, and higher corrosion resistance than metallic composite core, but these properties belong to the material nature. In ballistic applications like high velocity impact situations, spherical shape, theoretically must have an effect on bullet trajectory. Because of the curved surface of a sphere, chances are a projectile hits any spherical surface obliquely. That means the projectile loses some of its kinetic energy by transferring it into the sphere and changing course into another trajectory axis. Shao et al. showed this trajectory deflection effect vividly.Book Part Differentially Expressed Gene Analysis In Cancer Research By Using Bioinformatic Tools(2022) Duran, Gizem AynaBook Part Dolaşan Tümör Hücreleri ve Sıvı Biyopsi ile Tanı ve Tedavi Yaklaşımları(2022) Ayna Duran, GizemBook Part Egede İncirin Tadı: Geleneksel Üretimin Ekolojik ve Kültürel Sınırlarını Yeniden Düşünmek(2019) Nizam Bilgiç, DeryaArticle Erkeklerin Aile Planlaması Yöntemlerine Yönelik Tutumlarının Belirlenmesi(2022) YEŞİLÇINAR İ; ŞAHİN E; Yavan, TülayConference Paper Exploring Bio-Actors of the Cities through Serious Games(SIGraDi 2024 Proceedings of the XXVIII Conference of the Iberoamerican Society of Digital Graphics, 2024) Ercan, İrem; Oguz, KayaThis study focuses on the importance of biodiversity in protecting the urban ecosystem in urban planning. Considering cities as an ecosystem, city actors should communicate collaboratively within this ecosystem. Urban actors include not only humans but also other bio-based creatures. For the communication in the city through design, collecting information about bio-actors with their habitats, serious games can play an important role. Since serious games are useful for educating players, city inhabitants can be informed through these games. It was chosen as a method that provides a space to players for learning by entertaining. Therefore, the game 'My City Mate: Exploring Bio-actors of the City', developed on the Twine platform, offers players the opportunity to get to know the bio-actors of a fictional city environment with the visual, audio and text-based information it provides. Lastly, this research analyzes players' learning and interaction levels with this game through surveys.Conference Object Finite element analysis of material and parameter effects in ballistic armors(İzmir International Student Association - 2nd International Students Science Congress, 2018) Aktaş, Latif Tibet; Çevik, MehmetThe literature about the ballistic armors are mostly focused on 2 or 3 different parameter effects. The aim of this study, differently, is to find and compare the effects of specific materials on protection of composite ballistic armor plates against high-velocity projectile impact. The effects of stacking sequence for different materials, projectile type, target plate shape and impact obliquity are investigated individually. It is shown that the proposed stacking sequence decelerates the residual velocity of the projectile better than the other considered arrangements. The average percentage of kinetic energy absorption of rectangular shaped Kevlar 29/epoxy plate is considerably higher than that of circular shaped Kevlar 29/epoxy plate.
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