The invention belongs to the
structural engineering technical field, and more particularly relates to a
structural system which cuts an energy-consumption steel plate wall in high level and vertically. The
structural system consists of a wall, the two sides of which are connected with thin
steel plates, which is taken as an energy-consumption component and other optional structural components; the
system is provided with a steel plate wall which is connected with the two sides of a column in a run-through way in a certain intermediate span, and the steel plate wall is used in vertical
cutting energy-consumption when the structure suffers from dynamic action such as earthquake or oscillating wind, etc. The horizontal anti-lateral force
system of the structure can be the
system of frame support, a frame steel plate wall, a frame combined wall, a concrete
shear wall and a concrete shear cylinder, etc. The wall, the two sides of which are connected with thin
steel plates, refers to the steel plate wall, the two sides of which are connected with the column or the wall; the
structural system which cuts an energy-consumption steal plate wall in high level and vertically which is provided by the invention is a multiple high-level structural system which is suitable for an earthquake region; has the advantages of definite failure mode, high
bearing capacity, large anti-
lateral stiffness, concentrated damage and being convenient for reparation, etc.; has good earthquake-resistance performance and good capacities of tensibility and
hysteresis energy-consumption; therefore, the structural system which cuts the energy-consumption steel plate wall in high level and vertically is a superior anti-earthquake and energy-consumption component.