Abstract:
The present invention relates to an insulated sandwich precast wall capable of resisting static pressure and negative pressure, and a method for constructing the same. The present invention manufactures an insulated sandwich wall comprising an outer concrete wall, an inner concrete wall, and an insulator formed between the concrete walls into a precast wall, and then installs and fixes the precast wall to a structure, thereby allowing the precast wall to resist an applied load. According to the present invention, the insulated sandwich precast wall, which is the precast wall comprising an outer concrete wall, an inner concrete wall, and an insulator formed between the concrete walls, includes: a negative pressure anchor plate formed into a plate and buried inside the inner concrete wall; a static pressure anchor plate formed into a plate and installed on the surface of the inner concrete wall; and an anchor bolt penetrating the inner concrete wall between the static pressure anchor plate and the negative pressure anchor plate so that the anchor plates are mutually connected and bound.
Abstract:
The present invention relates to a complex wall girder and a construction method thereof. The complex wall girder enables horizontal members (a deck plate, a beam) and a complex wall to be easily connected and enables the horizontally adjacent horizontal member to be structurally continuous. The complex wall girder also allows a user to economically construct the complex wall as the resistance of a lateral force on the complex wall is increased. The complex wall girder includes a lower vertical wall in which a horizontal expansion frame is integrally inserted or is inserted into the upper part; an upper vertical wall installed on the upper part of the lower vertical wall; the horizontal member installed on the horizontal expansion frame; and concrete cured by being placed on the upper part of the horizontal member, an upper opening space, and an inner empty space of the lower vertical wall. [Reference numerals] (AA) Transverse direction;(BB) Longitudinal direction
Abstract:
A lower vertical wall; a center diaphragm frame, which is a diaphragm, in which an opening space (S) is formed in order for a transverse reinforcing bar to penetrate the opening space; concrete cured by being placed on the upper part of a horizontal member and internal empty space of the lower vertical wall so that the transverse lower vertical wall and the center diaphragm frame are structurally integrated; and a complex wall girder (steel plate-concrete) for obtaining structural continuity in the transverse direction to the horizontal member by penetrating the center diaphragm frame and being extended to both sides are disclosed. [Reference numerals] (AA) Transverse direction;(BB) Longitudinal direction
Abstract:
교차집성판의각 층의집성판사이에박형강판이적층되어인장재기능을부여함으로써, 교차집성판의내력과강성을증진시킬수 있고, 이에따라교차집성판과박형강판의하이브리드형태로기존공학용목재단면보다높은내력과연성능력을확보할수 있기때문에, 중고층의목구조건축물부재로용이하게활용할수 있으며, 또한, 박형강판의형상과배치형태를 X자형, 사각평면, 가로띠또는세로띠로다양화함으로써교차집성판과박형강판의부착강도및 내력을증대시킬수 있고, 또한, 목재의장점인미관성과내화성을확보하여마감재역할을할 수있는, 박형강판을적층한보강교차집성판이제공된다.