linear interpolation method中文是什么意思

• 线性插值法
• 线性内插法

• linear    adj. 1.线的，直线的。 2.长度的。 3.【数学】 ...
• method    n. 1.方法，方式；顺序。 2.(思想、言谈上的)条理 ...
• linear interpolation titration method    线性内插滴定法
• method of linear interpolation    线性插值法; 直线内插法
• linear interpolation    线性插补; 线性插值; 线性电离插值; 线性内推法; 直线插值; 直线内插法; 直线切削; 直线性内插法
• interpolation method    插补方式; 插入法; 插值法; 内插法
• method of interpolation    插入法; 插值法; 内插法
• local linear interpolation    直尺卡样法
• piecewise linear interpolation    分段线性插值
• triangulation with linear interpolation    线性插值三角网法
• bilinear interpolation method    双线性内插法
• cubic polynomial interpolation method    三次多项式插值法
• grid interpolation method    网格内插法
• integro-interpolation method    积分插值法
• interpolation numberical method    内插数值方法
• interpolation or approximation method    内插法或近似法
• iterated interpolation method    迭代插值法
• method of geometric interpolation    几何插值法
• method of photometric interpolation    光度插入法
• numerical interpolation method    数值插值法
• optimal interpolation method    最佳内插法
• polynomial interpolation method    多项式插值法
• quadratic interpolation method    二次内插法
• linear method    平面之投影表示的直线法
• phase-shift-plus-interpolation method    相移加内插 法

• Linear interpolation method for processing the test data of five - hole probes
  五孔探针实验数据处理的线性插值法
• Bi linear interpolation method
  双线性内插
• In this paper , a linear interpolation method to detect the number of sources impinging on an array is proposed , of which aims to alleviate the effect of colored noise on its performance
  摘要为了减轻加性色噪声对信源数目估计性能的影响，本文提出了一种基于相干矩阵特征值分布曲线线性插值的信号检测方法。
• The grid velocity is obtained by using both of so - called laplace and velocity relaxation methods , and rezone is automatically done . the remap of state variables is calculated with both of donor cell and linear interpolation method
  采用laplace反演方法和速度松弛法计算网格速度，实现了网格的自动重分，采用贡献网格法和线性插值完成输运计算。
• Perfect pre - processing and post - processing function is one of the main factors to evaluate the vitality and market value of the finite element analysis system surveying today development of finite element analysis technology , most of which concentrate on establishing fine user interface , also has some limitation on application , and especially , the research on the visualization of arbitrary cut - plane is always in ascendants to realize the visual processing on cut - plane needs reprocessing the results of finite element analysis which have get , so the algorithm is two parts : seeking the physical value of cut - plane and drawing 2d contours , , the former , based on the theory of stress on " arbitrary inclined plane " in physical mechanics , use the method of linear interpolation method to get the coordination and physical value of intersection between cut - plane and element arris ; the latter , based on the tables on elements , nodes , stress and strain , summarize a rapid algorithm of generating 2d contours based on the grid . this thesis synthesizes there two parts and get a visual processing program under fortran
  纵观有限元分析技术的发展，目前大多集中在建立良好的用户界面上的研究仍存在许多应用上的局限性，其中对任意剖面上可视化的研究仍处于方兴未艾的阶段。要实现任意剖面上可视化处理，必须先将得到的有限元计算结果进行再处理，因此在算法上分为两部分：求任意剖面上物理量值的算法及二维等值线算法。前一部分以弹性力学中“任意斜截面的应力”为理论基础，利用线性插值方法得到截面与单元棱边的交点坐标及交点物理量值；在此基础上；根据已得到的单元及节点序号表、应力应变物理量表，总结出一种基于有限元剖分网格的快速生成二维等值线的算法。
• 3d linear interpolation method was used to transform displacement and force data between fluid and solid structure meshes in an indirect fluid - solid interaction simulation . by computing an axial - flow compressor blade , results show that 3d linear interpolation method is an effective method and indirect fluid - solid interaction suit for engine blade simulation . software integration is feasible method for coupling
  提出一种对发动机叶片及通道进行气动、结构的间接流固耦合交替计算方法,并采用三维线性插值方法对ansys和fluent中的网格数据进行变换,并对不同材料和不同转速叶片的模型进行流固耦合计算,结果表明三维线性插值方法是一种简单、计算量小、可行的数据交换方法。

• linear interpolation methodとは意味：線形補間法｛せんけい ほかん ほう｝