什么是瞬间连接?
结构工程中的矩连接是指允许弯矩力在柱和梁之间传递的节点 (或任何其他两个成员). 如果是儿童会员 (一束) 有一些内在的时刻, 由于该时刻，连接应该能够传输负载.
力矩连接的目的是尽可能模拟固定的关节, 用 固定码 FFFFFF - 意味着在所有平移和旋转方向上的连接都是刚性的. 这也是力矩连接称为刚性连接的原因.
尽管 剪力连接 主要取决于部分的网络, 通过加强法兰的连通性，力矩连接增加了这一点. 这可以通过使用板加强筋来实现, 加强和增加构件之间连接刚度的焊缝或其他固定装置.
力矩连接通常更刚性，因此能够承受比剪切连接高得多的力矩载荷. 然而, 因为更多的材料被用来建立连接, 与剪切连接相比，使用力矩连接的成本要高得多. 通常，一个结构只有一个或两个唯一的弯矩连接以最小化成本.
法兰盘
法兰板连接将立柱的法兰连接到梁构件的腹板上. A plate is either bolted and/or welded to join the members to form a rigid fixture. 从旁边的图像中可以看到法兰板连接的示例. This connection shows two 螺栓固定在梁构件法兰上的板 将其连接到列. 随着光束弯曲, 它将传递给连接的成员.
Extended End Plate
Extended end plates transfer moment between members using a rigid steel plate welded to the end of a beam that extends beyond one or both of the beam's flanges. This extension creates extra leverage, allowing additional rows of high-strength bolts to be placed outside the beam profile.
If the beam undergoes a heavy bending force, the extended plate provides a larger moment arm. This significantly increases the connection's stiffness and load capacity by efficiently resisting the tension and compression forces, making it ideal for high-stress seismic or heavy structural frames.
Flush End Plate
Flush end plates transfer moment between members using a rigid steel plate welded to the end of a beam, which is then bolted to the face of a column. Unlike extended end plates, a flush plate does not extend past the top or bottom flanges of the beam.
If the beam experiences a bending force, the tension and compression forces are transferred to the column primarily through the high-strength bolts located tightly between the beam's flanges, maintaining a clean, compact profile that aligns perfectly with the beam's outer edges.
为什么选择 SkyCiv 的时刻连接计算器?
SkyCiv 的力矩连接计算器以精确的方式简化了工程流程, 可靠的结果和直观的界面. 遵守 AISC 360-16 ASD 和 LRFD 标准, 该工具可确保设计符合规范，同时节省时间. 无论是复杂的高层结构还是工业应用, 力矩连接计算器是工程师寻求准确、高效解决方案不可或缺的工具.
