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A platform for research: civil engineering, architecture and urbanism
Design method of prefabricated factory building
The invention relates to a design method of a prefabricated factory building, and relates to the technical field of factory building structures. The design method comprises the following steps of (S1) preparing two frame columns of the required specification and a herringbone frame beam in advance; (S2) forming a pair of transverse foundation trenches in a foundation, forming longitudinal foundation trenches in the two opposite inner side walls of the transverse foundation trenches, inserting the bottoms of the frame columns into the transverse foundation trenches, pouring concrete into the transverse foundation trenches so as to form foundation piles, and fixedly connecting the foundation piles with the frame columns; and (S3) hoisting a frame beam to the position above the frame columns, and fixedly connecting the bottoms of both ends of the frame beam with the frame columns through bolts correspondingly. After installation is completed, the foundation piles formed through pouring are matched with the transverse foundation trenches and the longitudinal foundation trenches, so that the parts, in the longitudinal foundation trenches, of the foundation piles are not easy to move in the vertical direction under the limitation of the longitudinal foundation trenches, and the foundation piles are not easy to loosen in the vertical direction relative to the foundation, i.e. the anti-pulling performance in the vertical direction is good.
本申请涉及一种装配式厂房设计方法，涉及厂房结构技术领域。其包括以下步骤：S1、预先制备所需规格的两个框架柱及一个人字形的框架梁；S2、在地基上开设一对横向基槽，并且在横向基槽相对的两内侧壁上开设纵向基槽，将框架柱的底部插设至横向基槽内，并向横向基槽内部浇铸混凝土，以形成基桩，并使得基桩与框架柱固定连接；S3、将框架梁吊至框架柱上方，并将框架梁的两端的底部通过螺栓分别与框架柱固定相连。安装完毕后，浇注形成的基桩与横向基槽及纵向基槽相适配，从而使得基桩在纵向基槽内的部分会在纵向基槽的限制下不易发生竖直方向上的移动。从而使得基桩相对于地基不易发生竖直方向的松动，即竖直方向上的抗拔性能较优。
Design method of prefabricated factory building
The invention relates to a design method of a prefabricated factory building, and relates to the technical field of factory building structures. The design method comprises the following steps of (S1) preparing two frame columns of the required specification and a herringbone frame beam in advance; (S2) forming a pair of transverse foundation trenches in a foundation, forming longitudinal foundation trenches in the two opposite inner side walls of the transverse foundation trenches, inserting the bottoms of the frame columns into the transverse foundation trenches, pouring concrete into the transverse foundation trenches so as to form foundation piles, and fixedly connecting the foundation piles with the frame columns; and (S3) hoisting a frame beam to the position above the frame columns, and fixedly connecting the bottoms of both ends of the frame beam with the frame columns through bolts correspondingly. After installation is completed, the foundation piles formed through pouring are matched with the transverse foundation trenches and the longitudinal foundation trenches, so that the parts, in the longitudinal foundation trenches, of the foundation piles are not easy to move in the vertical direction under the limitation of the longitudinal foundation trenches, and the foundation piles are not easy to loosen in the vertical direction relative to the foundation, i.e. the anti-pulling performance in the vertical direction is good.
本申请涉及一种装配式厂房设计方法，涉及厂房结构技术领域。其包括以下步骤：S1、预先制备所需规格的两个框架柱及一个人字形的框架梁；S2、在地基上开设一对横向基槽，并且在横向基槽相对的两内侧壁上开设纵向基槽，将框架柱的底部插设至横向基槽内，并向横向基槽内部浇铸混凝土，以形成基桩，并使得基桩与框架柱固定连接；S3、将框架梁吊至框架柱上方，并将框架梁的两端的底部通过螺栓分别与框架柱固定相连。安装完毕后，浇注形成的基桩与横向基槽及纵向基槽相适配，从而使得基桩在纵向基槽内的部分会在纵向基槽的限制下不易发生竖直方向上的移动。从而使得基桩相对于地基不易发生竖直方向的松动，即竖直方向上的抗拔性能较优。
Design method of prefabricated factory building
一种装配式厂房设计方法
SHAO YUNJIAN (author)
2021-09-03
Patent
Electronic Resource
Chinese
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