Abstract
With the growth of computing technologies including both hardware and simulation algorithms, simulation models have become extremely large in scale. Nowadays the visualization of the huge result data obtained by the large scale simulation is one of the main bottlenecks through all the simulation procedures because the large scale simulation is conducted on the computing servers such as supercomputers and the visualization of the result data is done usually on the local client environment. To avoid time consuming transfer of the result data from the computing server to the local client side, we propose a technique for the server-side screening of the result data in advance of the transfer in this paper. Here, the representative quantities of interest are extracted in each component of the assembled structure and illustrated in simple graphs and heat maps. We demonstrate our proposal with a numerical benchmark of one hundred heterogeneous pillars under seismic excitation and concluded that our server-side screening technique helps the users to find the region of interest in whole the result data.
