To avoid collapse under wind load and seismic forces in tall building shear walls are provided. Shear wall arrangement must be absolutely accurate, because if not, it will cause negative effect instead. When the mass center and hardness center coincide with each other, the distance of shear wall from the mass center also plays an…
This study focused on the shear strength and flexural strength of enlarged-section reinforced concrete beams strengthened with FRP after the repaired section. Four cross-sections are proposed to calculate the shear strength and flexural strength in accordance with the building code, ACI 440.2R. In addition, 33 sample beams were calculated in accordance with three building codes…
Reinforced concrete (RC) jacketing of RC columns is used to increase the load-carrying capacity of RC columns with insufficient strength. The method of RC jacketing is an easy and cost-effective method. The confinement action is influenced by the stirrups in concrete core, stirrups in RC concrete jacketing, the thickness of RC jacketing, and the strength…
Ultra-high performance concrete (UHPC) is suitable for the durable rehabilitation and strengthening of deteriorated normal strength concrete (NSC) structures due to its excellent characteristics, such as superior compressive strength, high tensile capacity, and excellent bond properties. However, a successful repair depends on whether the UHPC-NSC interface can provide good bonding performance under various applied loads…
The world nowadays is plagued by COVID-19, a global infectious disease. The COVID-19 infection causes many problems in human life. Most of the buildings are not suitable for inflection diseases due to a lack of design, hygiene, comfort, and resistance to infectious diseases. The disease is closely related to air, so we can solve architectural…
The purpose of this paper was created a process by means of which to develop an application for calculation and numerical simulation of the 2-dimensional of furnace glass of heat transfer as heat conduction and heat convection. All of this, applying to experimental was cased reality-based where numerical simulation has been chosen, which was the…
Strain hardening plays very important role in plastic deformation of a material especially for sheet metal forming process. Isotropic and Kinematic hardening are the two types of strain hardening that used to identify the mechanical behavior of a material in the plastic region. Some sheet metal may contain isotropic or kinematic or even in both…
Rupture of atherosclerotic plaque is related to mechanical stress, plaque geometry and the material properties of plaque tissues. An idea three dimensional coronary artery with eccentric stenosis was modelled, and stress analysis with fluid structure interactions was performed using ADINA in order to investigate the effects of cap thickness and lipid core stiffness on atherosclerotic…
Crystalline is a popular solar panel mainly used in households and public roads. There are two types of crystalline panels: mono-crystalline and poly-crystalline. Mono-crystalline is popular for its higher efficiency compared to poly-crystalline, long-life service, and low investment cost. However, its efficiency drops as the module temperature increases. So, the technique for module temperature reduction…
Mechanical Behavior is important for researcher because we need them to determine how strength of the material can be used and for calculation the structure. The 6060 Aluminum Alloy is a better one of Engineering Alloy. It’s necessary in daily life to use in the Automotive industry and transport because it has a good quality…
