1·As mentioned earlier, the mortise-and-tenon joint is the best way to join end grain to long grain.
就像前面提到的，当一块板的端头需要和另一块板的侧面连接时，方榫连接是最好的方法。
2·The mortise and tenon joint of the structure is replaced by a special beam-element group in the finite element model.
引入梁单元组模拟斗拱连接，从而建立了具有木塔较细致结构的有限元计算模型。
3·Process: the preciousness lies in the joint of bamboo and ox bone in the most ancient mortise and tenon is practice connection.
工艺：其可贵之处还在于竹子和牛骨的连接处用最古老的卯榫做法连接。
4·It is shown that the stiffness change of the mortise-tenon joint is nonlinear from 0.3062 to 23.6054 with the change of load.
结果表明，木结构的榫卯连接刚度随荷载变化而呈非线性变化，刚度在0.3062 ~ 23.6054之间变化。
5·On the basis of the dynamic analysis and a power-wasting theory of tenon-and-mortise work, a joint with power-wasting gap between the vertical pile and its cap is designed.
结合整体动力分析结果，根据榫卯连接减震耗能的原理，提出一种具有耗能缝隙的直桩节点设计。