Previous studies (Nurhuda and Lie 2004; Tian et al. 2012) have identified some configurations of beam grids suitable for the analysis of RC flat-plate structures.
The dosimetrist would work to achieve the desired 3D dose distribution by trying a variety of configurations of beam angles, wedges and beam weightings until a suitable solution is reached.
It shall be noted that transformation of spectra following the procedure of Ref. [15] would not be correct without correction terms depending on the measurement configuration of beams.
Having in mind the above mentioned reasons, the series of tests for double-sided configuration of beams have been carried out, based on standard provisions, as well as other standardization and advisory documents of a similar nature.
A configuration of beam-to-column joint with circular hollow section columns is proposed.
A series of simulations has been carried out using the Monte Carlo code MCNPX for the determination of the final composition and configuration of beam shaping assembly (BSA) to moderate the photoneutron spectrum from the hybrid target that was designed in our previous work.
The relationships among the variables depended mostly on the configurations of SFRC beams.
An exact solution for the postbuckling configurations of composite beams is presented.
The performance can also be improved by adjusting the configurations of the beams.
This paper addresses the stability and vibration characteristics of three-dimensional steady motions (equilibrium configurations) of translating beams undergoing boundary misalignment.
