This thesis study describes about the difference between punching shear reinforcement and shear stud in order to reduce the thickness of the post tension slab. On the other hand, calculating the components to withstand the punching force, there are many methods for my research, I took the reinforcement and studs to study to analyze the…
This thesis studies the sustainability of the pile cap using the strut-and tie method and also selects the calculation method using the beam theorem to verify the final answer. By applying the manual calculation for both methods : The calculation according to the beam theorem method based on the given hypotheses, the results of the…
Reinforced concrete (RC) jacketing of RC columns is used to increase the load-carrying capacity due to insufficient strength and it improves ductility behavior of the RC columns after jacketing. In this study, strength capacity of the RC columns strengthened with RC jackets was studied. To achieve the goal of this study, the strength capacity of…
In this research work, computation of strength capacity of wide reinforced concrete (RC) beams was studied. Four design codes, ACI 318M-08, Eurocode 2-2004, AASHTO-2005, and CSA-2004, were adopted and used for the calculation. The computed results obtained from these codes were also compared with experimental results conducted by researchers, Khalil et al. (2019), and Shuraim…
In present era, beam-supported slabs systems using reinforced concrete are commonly used for the construction. The use of flat plate building provides many advantages over beam-supported slabs building in terms of architectural flexibility, use of space, easier form work and shorter construction time. In the present work, beam-supported slabs and flat plates systems with four…
The present study addresses Comparison of the Driven Pile Bearing Capacity from Formula with Dynamic Pile Load Test. All deep foundation types, whether prefabricated and driven or cast-in-situ after drilling will be called a “pile” in this paper. deep foundations are needed where surficial soils have insufficient strength to support a building, bridge or other…
The goal of this report is to obtain a better understanding of the behavior and design of castellated beams. Castellated steel beams are efficient members for steel gravity systems. Steel I-beams are commonly used in steel building floors, but require large sizes for long spans. Castellated beam is fabricated by cutting W-beams in a certain…
This thesis describes the strength of composite beams section with various shear stud, since the amount of shear stud also affects the strength of the composite beams and the construction cost. In Design process, engineers try to minimize shear stud to meet minimum requirements due to the high cost of installation and installing time. The…
Structure is a big part among the other structure in the present especially in Cambodia. The structural concrete of building has many types such as a frame of column and connected beam, a frame of column and slab, a frame of retaining wall and slab, and many types. Among of these types of the building…
The use of construction as a type of Diaphragm wall is designed to build retaining walls, buildings that are built deep into the ground, or below that encounters excessive water problems that cause complications during construction. That is, this type of wall is most suitable for all types of soil and uses the fast time…
