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A platform for research: civil engineering, architecture and urbanism
Method for calculating bearing capacity of orthogonal engineering bamboo floor
The invention discloses a method for calculating the bearing capacity of an orthogonal engineering bamboo floor, and aims to solve the problem that a simple, convenient and accurate method for calculating the bearing capacity of the orthogonal engineering bamboo floor for engineering application does not exist at present, and the method comprises the following steps: numbering all rift-grain laminates of the orthogonal engineering bamboo floor; the effective flexural rigidity of the orthogonal engineering bamboo floor is calculated through a gamma-method; stress distribution of the orthogonal engineering bamboo floor is calculated; checking the tensile strength and compressive strength of each rift-grain laminate, and determining the flexural capacity of the orthogonal engineering bamboo floor; and checking the shear strength of each rift-grain laminate and the rolling shear strength of each cross-grain laminate, and determining the shear bearing capacity of the orthogonal engineering bamboo floor. The method for calculating the bearing capacity of the orthogonal engineering bamboo floor is simple, convenient, accurate and effective.
本发明公开了一种正交工程竹楼板承载力计算方法，目的在于解决目前暂无简便、准确的可用于工程应用的正交工程竹楼板承载力计算方法的问题，包括以下步骤：将正交工程竹楼板各顺纹层板进行编号；采用γ—法计算正交工程竹楼板的有效抗弯刚度；计算正交工程竹楼板的应力分布；验算各顺纹层板的抗拉和抗压强度，确定正交工程竹楼板的受弯承载力；验算各顺纹层板的抗剪强度和横纹层板的滚剪强度，确定正交工程竹楼板的受剪承载力。本发明形成了一种简便、准确、有效的正交工程竹楼板承载力计算方法。
Method for calculating bearing capacity of orthogonal engineering bamboo floor
The invention discloses a method for calculating the bearing capacity of an orthogonal engineering bamboo floor, and aims to solve the problem that a simple, convenient and accurate method for calculating the bearing capacity of the orthogonal engineering bamboo floor for engineering application does not exist at present, and the method comprises the following steps: numbering all rift-grain laminates of the orthogonal engineering bamboo floor; the effective flexural rigidity of the orthogonal engineering bamboo floor is calculated through a gamma-method; stress distribution of the orthogonal engineering bamboo floor is calculated; checking the tensile strength and compressive strength of each rift-grain laminate, and determining the flexural capacity of the orthogonal engineering bamboo floor; and checking the shear strength of each rift-grain laminate and the rolling shear strength of each cross-grain laminate, and determining the shear bearing capacity of the orthogonal engineering bamboo floor. The method for calculating the bearing capacity of the orthogonal engineering bamboo floor is simple, convenient, accurate and effective.
本发明公开了一种正交工程竹楼板承载力计算方法，目的在于解决目前暂无简便、准确的可用于工程应用的正交工程竹楼板承载力计算方法的问题，包括以下步骤：将正交工程竹楼板各顺纹层板进行编号；采用γ—法计算正交工程竹楼板的有效抗弯刚度；计算正交工程竹楼板的应力分布；验算各顺纹层板的抗拉和抗压强度，确定正交工程竹楼板的受弯承载力；验算各顺纹层板的抗剪强度和横纹层板的滚剪强度，确定正交工程竹楼板的受剪承载力。本发明形成了一种简便、准确、有效的正交工程竹楼板承载力计算方法。
Method for calculating bearing capacity of orthogonal engineering bamboo floor
正交工程竹楼板承载力计算方法
CHEN LINGZHU (author) / WANG ZHUOLIN (author) / XU QINGFENG (author) / LENG YUBING (author) / CHEN XI (author) / WANG MINGQIAN (author)
2022-11-01
Patent
Electronic Resource
Chinese
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