This article examines the performance of Carbon Fibre Reinforced Polymer (CFRP) on Concrete Filled with Vinyl Chloride Tube (CFPT) columns under axial compression. Firstly, 44 CFPT specimens from literature were analyzed using ABAQUS software to understand compressive behavior applied displacement. Secondly, 268 are simulated influence CFRP these control a varying number FRP layers and wrapping...

This paper presents the long data compression and the Cmos transistor count increased new fault technologies theses data compression the large data compression and storing the data are described, for provides high encoding efficiency and scalability with respect to the number of test channels support test channel the support algorithm is Viterbi-based test compression. Instead of using the line...

The aim of this study is to introduce a stress-based non-binary contact model missing in classical discrete element method (DEM). To tackle issue, force-displacement law generalized by utilizing the trace particle stress tensor make all contacts dependent on other and thus, account for multiple simultaneously acting single particle. Simulation results uniaxial confined (oedometric) compression ...

Test data compression is an effective methodology for reducing test data volume and testing time. In this paper, we present a new test data compression technique based on block merging. The technique capitalizes on the fact that many consecutive blocks of the test data can be merged together. Compression is achieved by storing the merged block and the number of blocks merged. It also takes adva...

In this paper genetic based test data compression is targeted for improving the compression ratio and for reducing the computation time. The genetic algorithm is based on extended pattern run-length coding. The test set contains a large number of X value that can be effectively exploited to improve the test data compression. In this coding method, a reference pattern is set and its compatibilit...