A static analysis and static loading tests were conducted to investigate the effects of shear-span and axial force on structural performance of CES columns with wing wall [...]

The authors have proposed a seismic retrofitting method by attaching outer CES frames consisting of only steel and fiber reinforced concrete to an existing RC building. T [...]

This paper outlines a static loading test of RC shear walls with openings carried out to investigate the influence of different number and layout of the openings. All spe [...]

The purpose of this study is to construct the seismic performance evaluation method for the wall-type concrete panel housings using the Calculation of Response and Limit [...]

In this study, three dimensional non-linear FEM analysis of beam-column joints for composite CES structural systems is conducted to verify applicability of the analysis m [...]

This paper shows two earthquake response evaluation methods for multi-story wall-frame buildings. One is a method of redistributing the representative shear in an equival [...]

Concrete Encased Steel (CES) structural system consisting of only fiber reinforced concrete (FRC) and encased steels only have been proposed by the authors as a new compo [...]

Concrete Encased Steel (CES) structural system consisting of fiber reinforced concrete (FRC) and encased steels only is a new composite structural system proposed by the [...]

This paper summarizes the results of static loading test carried out on a two-bay two-story concrete encased steel (CES) frame. The structural members of the CES frame co [...]

The purpose of this research is to take into account the higher mode responses in evaluating the responses of the multi-story irregular-shaped buildings consisting of mix [...]