In the present study, a new model of hybrid deep beams has been proposed and discussed. Six specimens are tested experimentally with two types loading which one-point two-point hybridization models for concrete section. It is aimed from this study to search optimum distribution such that lowest cost weight be reached keeping capacity without significant reduction. All had same dimensions, overa...

An experimental study on the shear behavior of dune sand reinforced concrete (DSRC) deep beams was conducted to determine feasibility using (DS) in engineering. Nine DSRC were designed and thoroughly analyzed for failure modes, diagonal cracks, load–deflection curves this study. The results showed that strength ductility increased when DS replacement rate 30%, but opposite effect occurred 50%. ...

The Laguerre-Gaussian (LG) beam demonstrates great potential for optical communication due to its orthogonality between different eigenstates, and has gained increased research interest in recent years. Here, we propose a dual-output mode analysis method based on deep learning that can accurately obtain both the weight phase information of multimode LG beams. We reconstruct beams result predict...

The Deep Embedment (DE) technique is a promising reinforced concrete (RC) shear strengthening scheme. When compared with the other retrofitting systems, DE approach impressive in many ways. Particularly, since element installed to beam core, truss mechanism enhanced and that enables achieving high enhancements. Due internal application of reinforcement, steel can also be utilized as material wi...

This paper reports on the design, fabrication, and measurement of a novel radio frequency (RF) microelectromechanical systems (MEMS) tunable all-silicon evanescent-mode cavity-based resonator that simultaneously achieves high quality factor and fast response speed. The resonator is based on a 1.5-mm-deep silicon-etched cavity attached to a gold-coated silicon substrate with an array of 75 185-μ...

The existence of openings in a gable beam would have numerous advantages, the most important which be reduction overall weight. These advantages include geometric flexibility, ease handling when erected, and more. This study aims to investigate flexural behavior reinforced concrete beams with quadrilateral different side inclinations; this goal has been specified stiffness, maximum load-carryin...

When compared to photon beams, particle beams have distinct spatial distributions on the energy depositions in both the macroscopic and microscopic volumes. In a macroscopic volume, the absorbed dose distribution shows a rapid increase near the particle range, that is, Bragg peak, as particle penetrates deep inside the tissue. In a microscopic volume, individual particle deposits its energy alo...