利用有限元分析软件ANSYS计算轴的刚度，可以准确地同时得出多个截面的多种变形。
To compute axile rigidity by using ANSYS, can get various deformation for multi-section exactly and simultaneously.
有些决定，如壁厚和销轴直径，可能取决于科学的计算，但非科学的部分的设计仍然是首要的。
Some decisions, such as wall thickness and pin diameter, may depend on scientific calculations, but the nonscientific component of design remains primary.
首先计算x轴的比例因子。
最重要的是第51行，它计算y轴的比例因子。
The most important line is line 51, where the Y-axis scaling factor is calculated.
这将检测到大约 63 个双坐标轴空间移位，这与膝上型计算机在处于运行状态时被放在典型的单肩背膝上型计算机包中的情况一致。
This will pick up about 63 dual-axis dimensional shifts, consistent with the laptop being running while in an over-the-shoulder typical laptop bag.
注意，要使用前面计算的最大值来标记y轴。
Notice that you are using the largest number value calculated earlier to label the Y-axis.
这些条件能够让我们计算出气体相的组分比，这样我就得到了计算相图的所有的条件,除了我需要把x轴改y而不是。
So I have everything I need, then, to calculate and draw a diagram that looks just like this x Except where my x-axis is the y's instead of the x's.
在这种情况下，对计算力矩所环绕的轴的最佳选择是梯子的底部。
In this case, the best choice for the axis around which to calculate torques is the base of the ladder.
现在需要计算一个以a，b为半轴的椭圆的面积,其实椭圆就是一个被压扁的圆。
Let's say that we want to find the area of an ellipse with semi-axes a and b. OK, so that means an ellipse is just like a squished circle.
x轴的数字范围为 0到1，y 轴的数字是通过将各 x 值代入等式计算得出的。
The numbers on the x axis run from 0 to 1; the numbers in the y axis are generated by evaluating the equation for each x value.
我们知道如何计算∂w/∂,或者∂w/∂,这衡量了我在x轴,或者y轴方向上移动时，w的变化。
x Well, we know how to compute partial w over partial x y or partial w over partial y, which measure how w changes if I move in the direction of the x axis or in the direction of the y axis.
在冷热两种状念下进行了轴系合理校中计算，并确定中间轴临时支承的位置、法兰间偏移与曲折值各安装工艺参数。
Rational aligning calculation of propulsion shafting in cold and warm conditions, and confirm several fitting technics parameters include of temporary supports, sags and gaps between flanges.
基于减速器的齿轮、轴、轴承、及其校核，文章给出了设计和计算。
Based on the gear reducer, shaft, bearings, and checking, the article gives the design and calculation.
首先进行强度和稳定性计算，主要进行了筒体、端盖的壁厚计算、水压试验应力校核以及叶轮、轴的强度校核。
First of all, for strength and stability, mainly a cylinder, cover the wall, the water pressure check and impeller stress test, the axis of strength checking.
运用概率论和数理统计方法，确定了第二代红外线热轴判别标准的几个主要参数的计算机算法。
Finally several parameters for second generation infrared hot-box alarm criteria are determined by means of the probability theory and the mathematical statistics.
文中算式以直轴自位式缸体结构的轴向柱塞泵为基本计算模型，但对于其他类型的轴向柱塞泵亦有很大参考应用价值。
The formulae in this paper are founded for axial piston pump whose rotor's structure is straight axis and auto-location type, but other type of pump can reference it.
编造一个牵涉计算机的场景，在其中A - R轴可能会是有用的。
Construct a scenario involving a computer where the A-R axis might be useful.
通过非线性优化算法，拟合实测的Q—S曲线，可得到桩土系统的工程力学参数，并由此计算得到桩身轴力及侧摩阻力分布曲线。
Measured Q-S curve are back figured by nonlinear optimization approach and model parameters are found simultaneously, then distribution of axial force and skin friction along pile are calculated.
按测量结果，确定了一个合理的边界条件，用有限元法模拟计算了沿轴场分布。
According to the measured results, a reasonable boundary condition can be set up and then the field distribution can be calculated by using the finite element method.
文章把刚性圆盘和弹性轴段视为同一单元处理，其结果计算更为准确、编程更为简单。
This paper looks the rigid disc and elastic axis as a unit, it would became more reasonable theoretically and easier to program.
有限元计算表明，网格墙在轴力和水平力作用下的正应力分布与实体墙总体上一致；
The finite element analysis showed that the normal stress distribution of the grillage wall was about the same as that of the solid wall.
浮点数表示法，含部份换轴之高斯消去法，使用矩阵大小之计算尺度调整，带状及三角对角系统，LU分解。
Floating point representation, Gaussian elimination with partial pivoting, scaling of computations with matrix size, banded and tri-diagonal systems, LU decomposition.
为了建立钢管混凝土叠合柱的轴压计算公式，进行了18个叠合柱试件的轴压试验。
In order to establish the axial compressive strength formula for CFST composite columns, axial compressive loading tests of 18 specimens have been carried out.
针对这一问题，本文研究了零件加工误差对动模板合模位置的影响，得出了零件加工误差的许用值范围，并计算了由于销轴摩擦力对合模力放大比的影响关系式。
Aiming at these problems, this paper studies how the original error affects the accuracy, works out its allowable values, and finds out the equation between friction of pins and clamping force.
对按扭矩估算轴径和按弯扭合成力矩计算转轴轴径公式中的许用应力进行了分析，给出了修正意见。
This paper analyzes the admissible stresses used to calculate the diamter of axles according to torsional stress and resultant stress, and some suggestions are given.
本文将动量-叶素理论推广应用于计算水平轴风车叶轮有侧偏角或上仰角时的气动力。
Based on the traditional Momentum-Blade Element theory, an improved method of aerodynamic calculation about the horizontal axis wind turbine in yaw or in pitch-up is presented in this paper.
提出了一种用计算机模拟离轴电子全息图的方法。
A method of simulating off axis electron holograms by computers is presented.
该算法以层次包围盒(obb)为基础，通过为每个骨骼模型建立包围盒，运用分离轴理论计算包围盒的相交测试。
Based on OBB (oriented bounding box), this algorithm constructs an OBB for each bone model and computes intersect tests of the OBB with separation axis theory.
根据轨迹函数、规划参数可以计算出各坐标轴的瞬态运动参数。
Its geometrical parameter and planning parameter should be followed in calculating the transient motion parameters of all coordinate axes.
根据轨迹函数、规划参数可以计算出各坐标轴的瞬态运动参数。
Its geometrical parameter and planning parameter should be followed in calculating the transient motion parameters of all coordinate axes.
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