A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel-encased reinforced masonry stone column and construction method thereof
The invention relates to an encased steel reinforced masonry stone column and a construction method thereof. The encased steel reinforced masonry stone column comprises an original stone column, encased angle steel, batten plates, a bottom plate, embedded bolts and a bottom plate bearing platform, the four pieces of externally-wrapped angle steel are tightly attached to the original stone column; the four pieces of externally-wrapped angle steel are connected through batten plate welding. The bottom of the original stone column is wrapped by C30 concrete to form a bottom plate bearing platform, and four embedded bolts are embedded in the bottom plate bearing platform; the bottom plate is fixed on the bottom plate bearing platform through embedded bolts; and the bottom of the outer wrapping angle steel is welded with the bottom plate. The construction method has the most remarkable advantages that the steel-encased reinforced masonry stone columns are adopted, the overall anti-seismic capacity of an original structure can be improved, and therefore the toughness of a house is enhanced, and structural collapse is prevented.
本发明涉及一种采用外包钢加固砌筑石柱及其施工方法，包括原石柱、外包角钢、缀板、底板、预埋螺栓、底板承台；所述的外包角钢为四根，紧贴原石柱布置；所述的四根外包角钢之间通过缀板焊接来进行连接；所述的原石柱底部采用C30混凝土包裹制作成底板承台，并预埋四根预埋螺栓；所述的底板通过预埋螺栓固定在底板承台上；所述的外包角钢底部与底板进行焊接。本发明最显著的优势在于采用外包钢加固砌筑石柱，可以提高原结构的整体抗震能力，从而增强房屋的韧性，防止结构倒塌。
Steel-encased reinforced masonry stone column and construction method thereof
The invention relates to an encased steel reinforced masonry stone column and a construction method thereof. The encased steel reinforced masonry stone column comprises an original stone column, encased angle steel, batten plates, a bottom plate, embedded bolts and a bottom plate bearing platform, the four pieces of externally-wrapped angle steel are tightly attached to the original stone column; the four pieces of externally-wrapped angle steel are connected through batten plate welding. The bottom of the original stone column is wrapped by C30 concrete to form a bottom plate bearing platform, and four embedded bolts are embedded in the bottom plate bearing platform; the bottom plate is fixed on the bottom plate bearing platform through embedded bolts; and the bottom of the outer wrapping angle steel is welded with the bottom plate. The construction method has the most remarkable advantages that the steel-encased reinforced masonry stone columns are adopted, the overall anti-seismic capacity of an original structure can be improved, and therefore the toughness of a house is enhanced, and structural collapse is prevented.
本发明涉及一种采用外包钢加固砌筑石柱及其施工方法，包括原石柱、外包角钢、缀板、底板、预埋螺栓、底板承台；所述的外包角钢为四根，紧贴原石柱布置；所述的四根外包角钢之间通过缀板焊接来进行连接；所述的原石柱底部采用C30混凝土包裹制作成底板承台，并预埋四根预埋螺栓；所述的底板通过预埋螺栓固定在底板承台上；所述的外包角钢底部与底板进行焊接。本发明最显著的优势在于采用外包钢加固砌筑石柱，可以提高原结构的整体抗震能力，从而增强房屋的韧性，防止结构倒塌。
Steel-encased reinforced masonry stone column and construction method thereof
一种采用外包钢加固砌筑石柱及其施工方法
DONG YOU (author) / FAN ZHICHAO (author) / JU SHUSEN (author)
2024-07-05
Patent
Electronic Resource
Chinese
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