This paper presents the dynamic collapse analysis of a full-scale four-story steel building
which was experimented to collapse at the E-Defense shaking-table in Japan, in 2007 …

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 conducted in 2007 …

A shaking table test on a full-scale steel building was conducted at the E-Defense shake
table facility to evaluate structural and functional performance of the building under design …

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 study, analytical …

SUMMARY A full-scale 4-story steel building was experimented to collapse on the E-
Defense shake-table in Japan in September 2007. The paper deals with the numerical three …

As the records equivalent to a Level 2 design earthquake (peak ground velocity is 0.5 m/s),
0.4 times Takatori records are used. The shear force and story drift angle relationships in X …

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-story steel moment …

This paper presents three‐dimensional nonlinear dynamic analyses of a full‐scale four‐
story steel building tested to collapse in 2007 at the E‐Defense shake‐table facility in Japan …

This paper discusses simulation of dynamic collapsing behavior of a four-story steel building
that is scheduled to be tested by E-Defense. Two-dimensional analyses utilizing beam and …

To reinforce existing wooden houses collapsed by 1995 Hyogo-ken Nanbu Earthquake, it is
important to clarify the seismic performance, three-dimensional vibration character, and …