1.
Inspiration of the Chinese Tradition Furniture's Tenon and Mortise Structure to Product Design
中国传统家具的榫卯结构对产品设计的启示
2.
Research on parametric intelligent assembly design approach of Mao tenon structures
榫卯结构的参数化智能装配设计方法研究
3.
Construction and Application of Parametric Design System for Mortise-Tenon Connection in Ming-Style Furniture
明式家具榫卯结构的参数化设计系统构建与应用
4.
Practical Significance and Accomplishment Method for Innovative Design of Scaled-down Ming and Qing Dynasty Furniture with Tenon and Mortise Structure
微缩榫卯结构明清家具创新设计的现实意义及实现方法
5.
Experimental studies on seismic characteristic of strengthened mortise-tenon jointin historical timber buildings
古建木结构榫卯连接的扁钢加固试验
6.
Static and Dynamic Analysis of Mortise-Tenon Conncetion Timber Structure;
榫卯连接木结构的静力与动力分析研究
7.
Experimental Study on Seismic Behavior of Chinese Ancient Wooden Building with Strengthened Mortise-Tenon;
中国古代木结构建筑榫卯加固抗震试验研究
8.
Study on the Seismic Performance of Mortise-Tenon Connection Tiber Structure with Wood-walls
带墙体覆面板的榫卯木结构抗震性能分析
9.
Study of Rabbets and Mechanical Properties and Seismic Performance of Timber Frame of Chinese Historic Timber Buildings;
古建筑木结构榫卯及木构架力学性能与抗震研究
10.
Study on the Mechanics Characteristic and Seismic Behavior of Ancient Timber Buildings Frame Assembled with Mortise-and-Tenon Joints;
古建木结构建筑榫卯及构架力学性能与抗震研究
11.
Analysis on the Role of Tenon-and-Mortise Work of Wooden Structure Connection in Ancient Architecture and Study of the Flame-Rerardance Fire-Prevention Technology
古建筑木构件节点榫卯作用分析与阻燃防火技术的研究
12.
The tenon does not conform to the mortise, so it can not fit into the mortise.
榫头的大小和卯眼不相符, 无法落槽。
13.
"and for these twenty boards, forty silver bases, two bases under every board, to take its tongues."
在这二十块板底下又作四十个带卯的银座，两卯接这块板上的两榫，两卯接那块板上的两榫。
14.
"With forty silver bases under the twenty boards, two bases under every board to take its tongues."
在这二十块板底下要作四十个带卯的银座，两卯接这块板上的两榫，两卯接那块板上的两榫。
15.
Research of Interaction Curves Model of Mortise-Tenon Joint in Historic Timber Buildings
古木建筑榫卯连接M-θ相关曲线模型研究
16.
Prediction Method on Fretting Fatigue Life of Dovetail Joint;
燕尾榫结构微动疲劳寿命预测方法研究
17.
Research on Fretting Fatigue Life of Dovetail Joint under Low Cycle Load;
低周载荷作用下燕尾榫结构微动疲劳寿命研究
18.
To be joined together by means of dovetails.
鸠尾榫接头用鸠尾榫结合在一起