M.Sc. Tezi Görüntüleme | |||||||||||||||||||||
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Summary: It is known that silos and other stock structures which are special structures have been constructed due to many reasons such as to storage raw and processed materials orindustrial materials and making fill. Many parameters such as material type, degree of jamming, filling velocity, height offalling during filling, discharge type and discharge velocity, geometrical and mechanical properties of stock structures affect the equilibrium conditions of stock materials. In thiscase, it is clear that determination of optimum ones among design methods related to some theories for design of each class making classification for stock structures.The basic purpose of this study is to clarify some main methods using same symbols systematically and to prepare some tables and charts which facilitate application ofdeveloped a general approach after that putting forward its basic principles with recommended method in Turkish Silo Code.This study carried out for this purpose consists of three main chapters and an appendix. Classification of real stock structures, stock materials, mechanical definitions, appliedloads on silo which is one of a real stock type are explained in Chapter One. Some theories for estimation of material pressures during stable conditions and their comparisons, someinformation related to material pressures during filling and discharging of silos, general approach for stresses in stock materials, explanation of relations between this theory andTurkish Silo Code and some tables and charts which facilitate application of method defined in This code are given in Chapter Two.Chapter three is reserved for conclusions and recommendations and this chapter is followed by references, and appendix and curriculum vitae of author.As a result of this study, it is shown constituent of recommended method defined in Turkish Silo Code and some tables and charts which facilitate practical usage of thismethod are presented. Key Words: Stock Structures, Classification, Theories for Design of Silo Types, GeneralApproach |