解析法

jiě xī fǎ
  • analytic method
解析法解析法
  1. 其二野外原状土柱试验数值法计算滞后系数结果与室内人工土柱实验解析法计算结果明显不同。

    The lag coefficient resulted from numerical method of field original earth column experimental is apparently distinguished from that resulted from indoor artificial earth column experimental analytic method .

  2. 采用解析法建立了攻击机目标搜索模型;分析了对比度和能见距离对发现概率的影响。

    Analytic method was used to build up a target searching model for the attacker , and the effect of contrast and visible distance on detection probability was analyzed .

  3. Matlab在平面机构运动解析法分析中的应用

    Matlab applied on the kinematical analysis of the planar mechanism

  4. 反演解析法提高CCD成像分辨率的噪声影响研究

    Research on Noise Influence upon Inversion Analysis for Enhancement of CCD Resolution

  5. 提出了一种提高CCD成像分辨力的反演解析法。

    An inversion analysis method for improvement of CCD imaging resolution is proposed .

  6. 行程速比系数K≥3时曲柄摇杆机构的解析法设计

    Analytic designing of the cran-and & rocker mechanism with the coefficient of the travel speed variation k ≥ 3

  7. Hamilton体系下弹性力学半解析法的一个守恒律

    A Conservation Law of Semi-analytical Method of Elasticity in Hamilton System

  8. 应用运动Gaussian热源模型对自淬火快速凝固过程进行计算机模拟,结果与解析法计算结果相符。

    The computer simulation was made of the rapid solidification in self-quenching with the moving Gaussian source model .

  9. 热动力学研究的时间参量法(V)&等浓度三级反应的双谱解析法

    TIME PARAMETER METHOD FOR THERMOKINETIC RESEARCH ( V ) Double thermoanalytical curve Analytic Method for Third order Reaction with equal concentrations

  10. 任意边界形状层合板热弹性分析的Hamilton半解析法

    Hamilton semi-analytical method to study thermal elastic problem of composite laminates with any contour

  11. 利用有限元法及解析法相结合的方法建立了地基含有倾斜层时Love波弥散特征方程和位移计算公式。

    The formulation of Love wave secular equation and displacement distribution in layered soils with sloping layers is developed by using finite element method and analytical method in this paper .

  12. 接着详细阐述了基于较少marker的无skeleton的运动参数解析法。

    And then particularly describes the motion parameters analytic method based on less marker in which skeleton model is needless .

  13. 其次,对VaR计算的基本原理与方法进行了全面的阐述,其中详细论述了三种典型的VaR计算方法:历史模拟法、解析法及MonteCarlo模拟法。

    There are three typical calculating method of VaR : History Simulation Method , Analytic Method and Monte Carlo Simulation Method .

  14. 对CST单元采用半解析法计算灵敏度的误差分析

    0n Accuracy of Semi-Analytic Sensitivity Analysis for CST Elements

  15. 本文应用KεE模型与有限解析法对二维方角门槽附近的流动情况进行了预测。

    In this paper , the K - ε - E model and the finite analytic method are applied to predicting the two-dimensional flow near the right angle gate slot .

  16. 本文采用解析法研究相邻多个线圆弧凹陷地形对平面SH波散射问题。

    The analytical method is used for the problem of scattering of plane SH-waves by multiple shallow circular-arc canyons .

  17. 此类机构的设计既可以用手工绘图或AutoCAD工具由图解法加以实现,也可以用计算机由解析法完成。

    The graphic method of designing a crank and rocker mechanism with a quick-return property be realized by AutoCAD tool of computer aided draw .

  18. 为实现解析法测量电极过程动力学参数,本文提出一简单的数学模型,采用BASIC语言编制源程序,由SHARPPC&1500型袖珍计算机计算。

    In order to make measurements of dynamical parameters in electrode process by analytical method , this paper presents a simple mathematical model , The computation is done on a SHARP PC-1500 pocket computer using BASIC language .

  19. 空间RSSR四杆机构最大压力角确定的图解&解析法

    A Graphic Analysis-Synthesis of the Maximum Pressure Angle of Spatial RSSR Four-Bar Linkage

  20. 非线性热弹性问题的Hamilton半解析法及其在层合板固化降温过程中热应力的分布研究

    Hamilton semi analytical method for nonlinear thermo elastic problem and investigation of residual thermo stress distribution of composite laminates during the cooling down stage of cure process

  21. 将图解原理与解析法有机地结合起来,给出了一种同时按行程速比系数K和许用传动角[γ]设计平面连杆机构的解析法。

    A method to design the planar linkage mechanism according to the coefficient of travel speed variation K and the allowable drive angle [ γ ] was established based on a combination of diagrammatic method and analysis method .

  22. 再通过求解该代数方程组,利用解析法对饱和地基上Timoshenko梁的稳态振动进行了系统分析。

    Then through solving the algebraic equations , steady-state vibration of Timoshenko beam of saturated soil is systematically analyzed by using analytical method .

  23. 梯形巷道是煤矿井下常见的一种巷道,用解析法求解梯形隧道中的Maxwell方程存在很大困难。

    Trapezium tunnel is a sort of familiar tunnel in coal mine . But it is difficulty to solve the Maxwell equation in trapezium tunnel by using analytic method .

  24. 介绍CNC成形磨齿方法精密加工齿轮模具的原理和特点,应用解析法建立成形磨削渐开线圆柱斜齿轮模具的数学模型,推导成形砂轮廓形计算公式。

    The precision machining principles and characteristics of CNC form grinding for gear dies are introduced . A analysis method of profile-calculating is put forward , which is available to shape axile sectional of grinding wheel by numerical control .

  25. 由Gurtin变分原理求解策动力下一维动力学初值问题的半解析法

    A semi-analytical method based on Gurtin variational principle to solve 1-D initial-value problems of dynamics under alternate forces

  26. 对刚性约束的非线性动力系统进行研究,得到了该动力系统周期运动稳定性分析的Floquet特征乘子计算的半解析法。

    A semi-analytic calculation method of Floquet multipliers is presented for the stability analysis of periodic motions in nonlinear dynamic systems with rigid constraints .

  27. 首先采用解析法对变电站电气主接线进行可靠性分析,然后采用MonteCarlo模拟法对整个输电网进行故障采样模拟,最后得到整个输电网的可靠性指标。

    First , this paper uses the analytical method to analyze the reliability of substation bus arrangement then simulates the unit fault in the whole transmission network by Monte-Carlo Simulation method , and at last obtains the reliability index .

  28. 将GERT网络技术应用于桥梁施工进度控制,通过分析矩母函数、梅森公式阐述了GERT网络的解析法,提出确定工序参数的方法。

    The analytic calculation of GERT network was presented by solving moment function and Mason formula to determine the construction procedure parameters .

  29. 用流洗曲线解析法研究了UO2~(2+)在大孔离子交换树脂中的加速传质问题。

    The problem to accelerate the transfer of UO22 + in cationic exchange resin with macro-pore was studied by analysing the elution chromatography .

  30. 应用GERT(GraphicalEvaluation&ReviewTechnique)理论研究工期对造价的影响,建立量化分析模型,解析法与模拟相结合对工期和造价优化计算。

    The GERT ( Graphical Evaluation & Review Technique ) is used to analyze the relation of the time and the cost . The quantitative analysis model is built to optimize the time-cost using the analytic and simulation method .