1) equivalent face or flank
等效刀面
1.
Conditions for the derivation of formulae for the rake and clearance are presented on the arbitrary plane perpendicular to the reference, and the universality of application is advocated for both the basic and derivated formulae with the concept of equivalent tool edge and equivalent face or flank.
讨论以车刀为基本形式的过选定点垂直于基面的任意剖面前后角公式推导的条件,提出了等效切削刃和等效刀面的概念;阐述了基本公式和导出公式的普适性,对前后角公式在多种类型刀具中的应用作了较系统的说明。
2) effect of equal-area
等面积等效
1.
The effect of equal-area transformation upon the resonance frequency is analyzed,and the modified expression of slot′s machining dimension is presented.
其次,由于实际天线中大都采用圆形头缝隙,且矩形头缝隙变为圆形头缝隙的两种等效方法中,等面积等效具有较高精度。
3) equivalent area
等效面积
1.
A theory of equivalent area was presented firstly.
提出了等效面积理论,通过静态压缩试验获得了纸浆模塑制品的应力(σ)-应变(ε)曲线、缓冲系数(C)-最大应力(σ_m)曲线,基于等效面积理论对纸浆模塑制品缓冲包装设计方法进行了实例分析。
2.
The equivalent area i.
对液体静压支承等效面积的近似计算进行了详尽的误差分析,提出了一种更为精确的近似计算方法。
3.
A theory of equivalent area was presented firstly.
提出了等效面积理论,通过静态压缩试验获得了纸浆模塑制品的应力(σ)-应变(ε)曲线、缓冲系数(C)-最大应力(σ_m)曲线,基于等效面积理论对纸浆模塑制品缓冲包装设计方法进行了实例分析。
4) equivalent section
等效截面
1.
According to the approach,the beams subjected to fire are considered as beams with homogeneous temperature distributing at sections and equivalent sections on stiffness.
该方法将受火高温梁简化成温度均匀的刚度等效截面,通过考虑柱提供的变形约束刚度和混凝土高温瞬态热应变导致的刚度降低的双重影响,来计算其升温时的温度内力。
5) equivalent cross section
等效截面
1.
Based on the academic analysis,a biaxial bending member is equivalent to a single bending member by the rule of equivalent cross section.
在分析大量文献资料的基础上 ,采用“等效截面”将双向受弯构件转化为单向受弯构件。
2.
In order to analyze the torsion by the theory of thin walled member under restricted torsion, the calculated section is transformed into equivalent cross section, and the stress distribution on it is shown while some torque acts on the beams.
首先 ,对组合梁扭转问题进行了讨论 ,确定其分析方法 ;将组合梁计算截面进行等效 ,以便于利用开口薄壁杆件的约束扭转理论对其进行分析 ,并示意了等效截面在约束扭转力矩作用下的应力分布情况 ;提出了组合梁扭转的近似上下限分析方法 ,其中 ,前者计算简单 ,适用于设计 ,而后者较为繁琐 ,可作为前者的一个校验标准 ;最后 ,通过例题将这 2种方法进行了演
6) equivalent profile
等效断面
补充资料:板刀面
1.江湖黑话。喻杀人后丢入水中。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条