Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The bracket assembly isolates shear forces from the fastener to achieve full tensile load capacity of the fastener. A fastener extends from the base plate and is pre-buried within a structure, such as a cast concrete wall. A receptacle defined by the substrate receives a boss extending from a mounting plate overlapping the substrate. The fastener also holds the mounting plate to the base plate. A shear force applied in the plane of the mounting plate is counteracted between the boss and the socket, and the fastener is isolated from the shear force using a super-large aperture in the mounting plate to ensure that the fastener is primarily subjected to tensile loads.
托架组件隔离来自紧固件的剪切力，以实现紧固件的全部拉伸载荷能力。紧固件从基板延伸，并且预埋在诸如浇注混凝土墙壁的结构内。由基板限定的插座接收从叠置基板的安装板延伸的凸台。紧固件还将安装板固持到基板。在安装板的平面中施加的剪切力在凸台和插座之间被反作用，使用安装板中的超大孔将紧固件从剪切力中隔离，以确保紧固件主要承受拉伸载荷。
The bracket assembly isolates shear forces from the fastener to achieve full tensile load capacity of the fastener. A fastener extends from the base plate and is pre-buried within a structure, such as a cast concrete wall. A receptacle defined by the substrate receives a boss extending from a mounting plate overlapping the substrate. The fastener also holds the mounting plate to the base plate. A shear force applied in the plane of the mounting plate is counteracted between the boss and the socket, and the fastener is isolated from the shear force using a super-large aperture in the mounting plate to ensure that the fastener is primarily subjected to tensile loads.
托架组件隔离来自紧固件的剪切力，以实现紧固件的全部拉伸载荷能力。紧固件从基板延伸，并且预埋在诸如浇注混凝土墙壁的结构内。由基板限定的插座接收从叠置基板的安装板延伸的凸台。紧固件还将安装板固持到基板。在安装板的平面中施加的剪切力在凸台和插座之间被反作用，使用安装板中的超大孔将紧固件从剪切力中隔离，以确保紧固件主要承受拉伸载荷。