1.
Determination of transitional fillet radius for hydroformed workpiece under wall thickness constraint
以壁厚约束的内高压胀形件过渡圆角半径确定
2.
restrained torsion of thin walled bar
薄壁杆件的约束扭转
3.
Study on the constraint on inner crossing beam from the wall of thin-walled tall tower
薄壁高塔塔壁对塔内横梁的约束作用研究
4.
However, the number of vascular bundles and the development of sclerenchyma are not uniform with each other.
然而,维管束的数目及厚壁组织的发育各不相同。
5.
The Flow of Financial Resources and the Restraint of Administrative Barriers
金融资源的流动与行政壁垒的约束
6.
Bundle sheath The ring of parenchymatous or sclerenchymatous tissue, usually one cell thick, that surrounds the vascular bundle in an angiosperm leaf.
维管束鞘：在被子植物叶中，围绕维管束的通常是一层薄壁或厚壁细胞。
7.
He can discipline himself in the present to enhance his enjoyment in the future.
为了以后的享受更加丰厚，他会暂时地约束自己。
8.
Effects of Ceramic Thickness and Confinement on Performance of Ceramic Composite Targets
陶瓷厚度与约束对陶瓷复合靶抗弹性能的影响
9.
Analysis of Restrained Tortion of Thinwalled Bar with Open Section by a New Kind of Finite Element
开口薄壁杆件约束扭转分析的广义参数有限元
10.
The Characteristic of TIG Arc and the Application of Ultra-narrow Gap Welding Technology with Constricted TIG Arc by Two Pieces of Solid;
固壁约束TIG电弧的特性及超窄间隙焊接的应用
11.
Slabs-disassembled method of thin-walled bar analysis considering restrained torsion
薄壁杆约束扭转的单肢解析化分析方法
12.
The sarcolemma, about 7.5 nm thick, is a unit-membrane like that investing other cells.
肌纤维膜厚约7．5毫微米，同包裹着其它细胞的壁一样，是一层单位膜。
13.
The method also permits inverse design with flaps, specification of geometric constraints (thickness, camber, etc.).
办法还允许逆向设计皮瓣、几何约束规格(厚度、拱等).
14.
Finite Element Analysis of Elastoplastic Crack Tip Stress State for Assessing Constraint and Thickness Effect
弹塑性裂纹尖端应力约束及厚度效应的有限元分析
15.
The Computation of Critical Loads on Arbitrary Restrainted Thin-walled Members Using Finite Elements Method;
任意约束条件下薄壁构件临界荷载的有限元计算
16.
Analysis of Restrained Torsion and Distortion Effect for Thin-walled Box Girder Structure Based on Displacement Field
基于位移场的薄壁箱梁结构约束扭转和畸变效应分析
17.
The classic theory may be divided into Vorousov open section and Wumanski closed section thin-walled bar theory.
经典理论主要可分为符拉索夫开口薄壁理论与乌曼斯基闭口薄壁杆件约束扭转理论。
18.
Such constraints are said to be holonomic.
这种约束称为完整约束。