Yazar "Tosunlar, M. Bahadir" seçeneğine göre listele

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    Determination of deterioration of the main facade of the Ferit PaAYa Cistern by non-destructive techniques (Konya, Turkey)
    (SPRINGER, 2018) Ince, Ismail; Bozdag, Ali; Tosunlar, M. Bahadir; Hatir, M. Ergun; Korkanc, Mustafa
    Building stones have long been one of the most widely used construction materials in the world. Building stones used in historical monuments are deteriorated partly or completely depending on the environmental and atmospheric effects. In recent years, non-destructive test methods have been used to assess deterioration of building stones used in historical monuments. Godene stone is one of the building stones being widely used in the historical buildings in the Konya region, Central Anatolia. The most deterioration effects are observed in the Ferit PaAYa Cistern among the historical structures built with Godene stone in the region. The aim of this study is to assess the deteriorating effects in the street fa double dagger ade of the Ferit PaAYa Cistern via non-destructive testing methods (Schmidt hardness rebound value, P-wave velocity, humidity measurement and thermal imaging) and create maps of deteriorated features. Turkey's historic places are integrated to Turkish culture, efforts are made to conserve heritage through rehabilitation. Therefore, this study will help developers and federal managers during the project planning stage by providing technical data.
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    HISTORICAL GRANARIES AT TASKALE (TURKEY) UNDER RISK: A GEOTECHNICAL ANALYSIS
    (UNIV AGEAN, DEPT MEDITERRANEAN STUD, 2018) Korkanc, Mustafa; Ince, Ismail; Hatir, M. Ergun; Tosunlar, M. Bahadir
    Granaries are bioclimatic conservation structures with various forms using in different countries. In the past, granaries have been an important structure in both the storage and conservation of products (such as like wheat, barley, oats). According to the historical documents, the Taskale village includes the studied granaries have been using as a settlement area since the Byzantine period. Recently, rockfalls have observed on the walls of the northeastern parts of these historical granaries. The geological and geotechnical features of the rock units used in these areas were determined to understand such problems. In the field, the rocks with different colours and textural characteristics have taken into account and sampling has carried out from three different levels. Laboratory studies were conducted for determining the mineralogical, chemical, petrographic and geomechanical properties. The granaries in the region carved in the fossiliferous reefal limestones and clayey-sandy limestones. These limestone levels are more sensitive to atmospheric conditions than the overlaying travertine. The aim of the study is to provide geotechnical data to use in the conservation processes of the ancient Taskale granaries.
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    The Implementation of Sustainable Approaches in the Architectural Design Studio Developing Architectural Designs Using the Solar Envelope Method
    (SELCUK UNIV, 2016) Canan, Fatih; Tosunlar, M. Bahadir
    Teaching students the notion of sustainability during their architectural education is of great importance. The architectural design studio course is the most important environment in which theory and practice can be brought together. In this study, the development of architectural design by using the solar envelope method-which can be considered within the scope of sustainable architecture-was examined in the architectural design studio course in the department of architecture in our university. In the design studio, students had the opportunity to directly observe the impact and use of scientific information that is often difficult to obtain and access. The advantages and disadvantages that appear during the application of this mentioned method was identified based on the observations that were made, and feedback was provided by the students. This method helped the students in conceiving architectural projects in the context of sustainability in a more applied way rather than as a superficial and solely theoretic concept. Through this method, students have gained additional sensitivity regarding solar architecture and perceived its effect on form and space. According to the feedback obtained from students, the most important disadvantage was design freedom. Students found it stringent to be bound to make their designs within very well established boundaries from the early stages. The authors think that the limitations increased creativity and allowed interesting and unusual solutions. The projects were all formed on the basis of the rhythm of nature, which attached more value and meaning to architecture.