mortise的例句大全

Analysis of tenon and mortise contact problems by boundary element methods

榫头/榫槽接触问题边界元分析

A mortise joint formed by interlocking tenons and mortises.

通过连锁的凸榫和榫眼制成的榫点。

Mortise 2 D Stress Intensity Factor Determination by Laser Speckle Method

激光散斑法测定榫槽二维应力强度因子

The historic timber structural buildings are composed of beams, columns, dougongs and roof, which are linked by mortise and tenon joints.

中国建筑中的梁、柱、斗棋和屋顶结构是通过榫卯结合在一起的。

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

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

The third chapter deals with the primary skill of making door and window in the vernacular architecture of yunnan, such as the craft of binding and weaving, original mortise joint, furthermore author discusses the practical significance of using these appropriate skill.

第三章以门窗的演进为线索，探讨了云南民居门窗制作的初等技艺，例如绑扎、编织和初等榫卯工艺，并在此基础上分析了这些适宜性技术存在的现实意义；

By simulating the state of mortise-tenon joint with the varied stiffness element, the relation between the varied stiffness and the relative flexibility was found.

将榫卯连接比拟为变刚度杆单元，理论推导了变刚度和相对柔度之间的关系。

Influenced by wood structure architecture, the structures of Chinese and Japanese traditional furniture are mainly of mortise and tenon joints.

受传统木结构建筑的影响，中日两国传统家具都以榫卯结构为主要接合方式。

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

Lots of tenon and mortise joints in the traditional wooden structure building make Chinese ancient architecture different.

中国木结构中大量使用的榫卯结构使得中国传统建筑那样的与众不同。

The Configuration, stress mechanism and Destructive Pattern of mortise-tenon are declared. 3.

阐述分析了榫卯的结构形式、受力机理及破坏形态。

The structure mechanism of mortise and tenon is deduced and the structure is proved to be scientific from the point of wooden material characteristic.

本文基于木材的材料性质剖析了榫卯构造机理，证实了榫卯几何构造的合理性。

Fnji furniture makes use of Chinese mortise and tenon joint structure.

梵几家具的结构均采用中式榫卯链接。

So study on mechanism of the tenon-mortise joint and the corresponding reinforcement measures have significant social value.

因此，研究榫卯节点的受力机理以及相应的加固方法，对于更好地保护木结构古建筑，具有重要的理论意义和社会价值。

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。

Although having a huge advantage in cutting, sawing, polishing and grinding, the electric tools have no merits to speak of in making tenon and mortise joint, especially as for the more complex structure.

电动工具在开料、锯解、抛光、打磨等方面具有巨大优势，但制作榫卯，尤其是制作复杂榫卯结构却毫无优势可言。

In addition , mortise holes were made on the full-size timber, and resonant frequencies measured sequently.

结果显示, 共振频率随榫槽数之增加仅略为减少.

A joint of the vertical pile with power-wasting gap is brought forward based on tenon-and-mortise work.

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.