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 performance of the …

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 to evaluate …

A shaking table test was conducted at the E-Defense shaking table facility to investigate the
damage and collapse behavior of a steel high-rise building under exceedingly large ground …

A major research project on steel buildings utilizing the E-Defense three-dimensional shake
table facility is underway in Japan. It involves several studies on moment frames, innovative …

The world's largest earthquake simulator, the E-Defense shake table facility is being utilized
for a major research project on steel buildings in Japan. The project involves several studies …

Experiments were performed to evaluate the progressive collapse resistance of steel
buildings considering multi-hazard extreme loading. Two 1/3 scale three-story, two-bay steel …

In this study the progressive collapse potential of three-and nine-story special steel moment
frames designed in accordance with current design code was evaluated by nonlinear static …

The seismic collapse behavior of 4-story and 8-story steel special moment frames (SMFs)
with deep columns is investigated using computational simulation. The models used are …

This paper presents key parameters that affect numerical modeling of steel frame structures
for reliable collapse simulations. The collapse assessment is based on experimental data …

A static push-down analysis is conducted experimentally using a 1/3 scale one-story bare
steel moment frame substructure in this study. The objectives of this test include:(1) …