给出了一种线接触弹流问题中油膜厚度的理论计算公式。
A theoretical formula for computing the film thickness in line contact EHL problems is derived.
在平板叠加理论的基础上，建立了一个有限长对称矩形压力容器的设计模型，并推导出其侧板厚度的计算公式。
A design model of a finite length rectangular pressure vessel was established based on the plate heap theory, the calculation formula of the side plate thickness was derived.
通过理论计算得到了KDP晶体在不同晶向上临界切削厚度的变化规律。
The variation rules of critical cutting thickness on the different crystal and different orientation of KDP crystal are obtained by theoretic calculate.
目前，已有的计算界面应力公式都是在弹性理论基础上假定应力沿胶层厚度为常量，并且，忽略了板条端部的应力奇异现象而得到的。
The available calculation for the interfacial stresses is established on the basis of the elastic theory, assuming the stresses over the depth of the adhesive as constants.
文中给出了颗粒米面PVA吸附层厚度理论计算和实验测量方法。
The theoretical calculation and the testing method of PVA adsorbed layer were given is this paper.
笔者通过理论计算得出积雪的临界厚度和山坡的临界安全角度。
By theoretical calculation, the critical snow thickness and the critical slope Angle are obtained.
本文根据“弹流”理论，介绍了计算齿轮泵齿间最小油膜厚度的方法，并且实现了计算机辅助分析。
This paper introduces the method of calculating minimum oil film thickness between teeth of gear pump on the basis of elastohydrodynamic lubrication theory, with achieving computer-aid-analysis.
钢板按理论重量交货，用公称厚度加表2所列的附加值作为计算重量的理论厚度。
Plates shall be ordered to theoretical weight, the added value to nominal thickness listed in Table 2 plus nominal thickness shall be the theoretical thickness for weight calculation.
在此基础上根据薄膜光学计算理论和最优化理论，提出了一种测量多层薄膜厚度的新的全局优化算法——GASA算法。
According to the theories of thin film calculation and optimization, a new global optimization method - GASA for multilayer film thickness calculation is presented in this paper.
结果探测器死层厚度和冷指尺寸调节前与调节后相比，理论计算与实测效率相对偏差的平均值由5.301%提高到3.937%。
Results It is proved that the average relative differences calculated and actual - measured before and after being adjusted have been increased from 5.301% to 3.937%.
采用分段集合计算方法，对二步法三维编织变厚度变截面薄壁壳体RTM充模工艺过程进行了较深入的理论研究。
The filling process of RTM for the two step 3D braid shell preform with a varying section was investigated theoretically by employing a calculating method of divide-integration.
利用菲克第二定律，建立了其界面过渡层扩散厚度的理论模型，根据该模型对6b的界面过渡层厚度进行了计算。
Utilizing the second Fike's law, the theoretical model of the diffusing thickness of the interface layer is made, and its theoretical thickness is calculated.
利用菲克第二定律，建立了其界面过渡层扩散厚度的理论模型，根据该模型对6b的界面过渡层厚度进行了计算。
Utilizing the second Fike's law, the theoretical model of the diffusing thickness of the interface layer is made, and its theoretical thickness is calculated.
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