The need to achieve high energies in particle accelerators has led to the development of new accelerator technologies, resulting in higher beam intensities and more compact devices with stronger ...

In a companion paper [1], an optimization scheme for extended-end-plate Reduced Beam Section (RBS) connections of steel-moment-frames was presented, based on the component method of Eurocode 3, on ...

Abstract: The linac at the Stanford Linear Accelerator (SLAC) runs routinely with a beam loading of around 12% for the fixed target experiment E-158. Typical energy spread and energy jitter are 0.1% ...

MATLAB-based beam loading analysis for a cantilever beam using method of sections, point load simulations, and trapezoidal rule integration. Includes shear force and moment diagrams under distributed ...

Abstract: The feasibility of laser/plasma wakefield accelerators depends upon the ability to efficiently load a bunch of electrons to the wakefield driven by a laser or an electron beam propagating ...

Figure 1: Three-dimensional particle-in-cell simulation of beam-driven plasma wakefield interaction. We note that here we have measured a high energy-transfer efficiency from the drive bunch (via the ...

This paper discusses the mathematical modeling for the mechanics of solid using the distribution theory of Schwartz to the beam bending differential Equations. This problem is solved by the use of ...