Development of a semi empirical approach for the assessment of single shear bolted joints in composites

Dara, Besim Gökçe


Development of a physical theory model for the simulation of hysteretic behavior of steel braces
Çalık, Ertuğrul Emre; Dicleli, Murat; Department of Engineering Sciences (2007)
Bracing members are considered to be effective earthquake-resistant elements as they improve the lateral strength and stiffness of the structural system and contribute to seismic energy dissipation by deforming inelastically during severe earthquake motions. However, the cyclic behavior of such bracing members is quite complex because it is influenced by both buckling and yielding. This thesis presents simple but an efficient analytical model that can be used to simulate the inelastic cyclic behavior of ste...
Development of a closely coupled approach for solution of static and dynamic aeroelastic problems
Başkut, Erkut; Seber, Güçlü; Department of Aerospace Engineering (2010)
In this thesis a fluid-structure coupling procedure which consists of a commercial flow solver, FLUENT, a finite element structural solver, MSC/NASTRAN, and the coupling interface between the two disciplines is developed in order to solve static and dynamic aeroelastic problems. The flow solver relies on inviscid Euler equations with finite volume discretization. In order to perform faster computations, multiple processors are parallelized. Closely coupled approach is used to solve the coupled field aeroela...
Development of an applied element based tool for prediction of collapse behavior of concrete dam monoliths
Hassan Zada , Hamidullah; Arıcı, Yalın; Department of Civil Engineering (2020-9-24)
In this study, conducted with the support of TUBITAK under the grant 116M524, a software framework with a web-based graphical user interface is developed for the investigation of the seismic behavior of concrete gravity dams. Using a modified discrete element technique, one of the primary goals of the developed tool is to simulate extensive cracking on concrete dam monoliths followed by sliding, rocking and loss of stability. The graphical user interface for using this engine is prepared in HTML, Java...
Development of a two-dimensional euler solver for unstructured grids
Sezal, İsmail Hakkı; Aksel, M. Haluk; Department of Mechanical Engineering (2001)
Development of a multi-scenario simulation model for spare parts inventory optimization in mining operations
Şenses, Sena; Gölbaşı, Onur; Department of Mining Engineering (2021-8)
The growing market competition compels many industries to change their operational structures at strategic and operational levels dramatically. It has been recognized that inventory management requires continuous monitoring and improvement and it is vital for businesses to ensure smooth operations by avoiding production loss and reducing the overall cost of inventory. For various production companies operating in different industries, inventory is considered as one of the most expensive assets. Among differ...
Citation Formats
B. G. Dara, “Development of a semi empirical approach for the assessment of single shear bolted joints in composites,” Middle East Technical University, 1994.