Recent advances in seismology have enabled the precise prediction of long-period ground motions produced by oceantrench earthquake, such as the Nankai trough earthquake i [...]

This paper reports on a large-scale shaking table test of a high-rise steel building conducted at the facility called E-Defense. The building specimen is a 1/3-scale 18-s [...]

In recent years, high strength steels, whose tensile strength is more than 780 MPa, have been developed in Japan, and are used mainly for columns of high rise building st [...]

The large scale shaking-table test of 18-story high-rise steel building was carried out at the E-Defense of Hyogo Earthquake Engineering Research Center. Through the stud [...]

Steel moment frames should be designed to ensure sufficient energy absorption capacity by achieving an entire beam-hinging collapse mechanism under severe earthquakes. Th [...]

Shaking table test of full-scale 4-story moment frame was carried out at E-defense, one of the largest shaking tables in the world. The objectives of this experiment are [...]

A shaking table test on a full-scale steel building was conducted at the E-Defense three-dimensional shake table facility to evaluate structural and functional performanc [...]

This paper investigates the behavior of the soil around horizontally cyclic loaded pile by loading tests and the simulation analysis. Horizontal loading tests were conduc [...]

The collapse process of building under severe earthquake is not clarified yet. In order to make it clear, shaking table test of a full-scale building at E-Defense is cond [...]

In the shake table test conducted on a full-scale 4 story steel building at the E-Defense three-dimensional shake table facility, various non-structural components were i [...]