形函数,shape function英语短句,例句大全

形函数,shape function
1)shape function形函数
1.Utilizing identical equation method to construct unit s shape function;用恒等式法构造单元的形函数
2.Effect of shape function on computing precision in meshless methods;无网格法中形函数对计算精度的影响
3.Interpolation accuracy of moving least square shape function移动最小二乘形函数插值精度

英文短句/例句

1.Coefficients of some classes of star like and convex functions of order ρ某些ρ级星形函数和凸形函数的系数
2.The Fractional Calculus of a Type of Fractal Function and the Dimension;一类分形函数的分数阶微积分及其维数
3.functional form of linear function线性函数的泛函形式
4.The graph of the antiderivative of the function is called the integral curve of.函数的原函数的图形称为的积分曲线。
5.trigonal hybrid orbital正三角形杂化轨函数
6.non-generic form of external function外部函数的非类属形式
7.Near Pseudo Modification of Smarandache Function;逼近Smarandache函数的变形
8.Estimates for Nonparametric Regression Functions with Missing Data缺失数据情形非参数回归函数的估计
9.Harmonic Quasiconformal Deformation Extensions of Zygmund FunctionsZygmund函数的调和拟共形形变延拓
10.Zygmund Functions on the Real Line and Their Quasiconformal Deformation Extensions实轴上的Zygmund函数及其拟共形形变延拓
11.Basic Concepts: mathematical induction; functions and inverse functions; elementary functions, trigonometric functions; complex numbers; De Moivre's Theorem; roots of a complex number.一些基础概念：数学归纳法、数及反函数、等函数、角函数、数、莫弗定理、数(角形式)次方根。
12.the mathematics of triangles and trigonometric functions.三角形与三角函数的数学。
13.Numerical computation of modified Bessel functions for integer orders and complex arguments整数阶复宗量变形贝塞尔函数的计算
14.The V_f(δ) of Fractal Interpolation Function and Series Expression;分形插值函数的δ－变差及级数表示
15.The Box Dimension of the First Class Generalized Weierstrass Function Firgure;一类广义Weierstrass函数图形的盒维数
16.The Minimization for Ternary Lattice Algebra Logical Function in the Form of Products of Sum;三值格代数逻辑函数POS形式最小化
17.A class of iterated function systems of fractal interpolation surfaces with multiparameters一类多参数分形插值曲面迭代函数系
18.General Form of Bounded Linear Functionals on Kthe Function Space;Kthe函数空间上有界线性泛函的一般形式

相关短句/例句

shape functions形函数
1.The shape functions of the novel acoustic infinite element are the same as in paper[1],while the weight functions are defined as the product of the complex conjugates of the shaped functions and an additional weighting factor.这种无限元方法使用文献 [1]中无限元的形函数 ,权函数为形函数的共轭 ,再乘以一个附加权因子 ,这样求解过程就避免了无穷的指数积分。
2.Three types of shape functions of polygonal element,Wachspress shape functions,Laplace shape functions and Mean value shape functions,are comparatively investigated.多边形有限单元形函数有Wachspress插值、Laplace插值和平均值插值三种类型。
3.A method for generating straight beam element shape functions by means of its properties is presented.利用形函数性质产生直梁单元形函数:首先利用直梁单元形函数在其余节点上的性质构造在第j个节点上包含待定常数的形函数表达式,然后利用该形函数在第j个节点上的性质,求得在该节点上的所有形函数,最后重复上述步骤可得到梁单元其余节点上的形函数。
3)shape function形态函数
1.Constructed the shape function of scraper conveyor line,realized the computer automatic modeling.研究了矿用重型刮板输送机的实际工况和受力状态,在考虑链条的非线性、输送机中部槽的弹性和间隙、链轮与链条啮合特性等因素的基础上,建立了刮板输送机非线性、时变性、动力耦合的有限元模型;构造了输送机线路的形态函数,实现了计算机自动建模;通过实例对输送机启动、自由停机、异常载荷、卡链、链条节距差和链轮驱动多边形效应等工况下的动力学问题进行了数字仿真。
2.It constructed a shape function of belt conveyor line,realized the computer automatic modelling.根据大型带式输送机的实际工况,建立了带式输送机非线性、时变性、动力耦合的有限元模型,研究了散体物料间动力传递机理,构造了输送机线路的形态函数,实现了计算机自动建模,通过实例对输送机起动、自由停机、异常载荷、断带等工况下的动力学问题进行了数字仿真。
4)shape function形状函数
1.Unified expression for each of the performance factors of the several common shape functional ultrasonic transformer;几种常见形状函数超声变幅杆性能参量的统一表达
2.Explicit form and efficient computation of RKPM shape functions in terms of moments;RKPM形状函数的矩式显式表述及快速计算
3.In order to study the progressivity of GIBR(gradual increasing burning rate) layered propellant with square flake shape,the physical model about the combustion process was put forward,and the shape function was calculated according to the physical model and the parallel layer burning law.为了研究具有燃速渐增特性和分层结构的方片状发射药的燃烧特性,提出了该药的燃烧物理模型,以此模型建立了相应的形状函数,并对不同外层比例X1、燃速系数比K、药片厚度与宽度之比β条件下相对已燃质量Ψ、相对表面积σ随相对已燃厚度Z的变化进行计算和分析。
5)form function形状函数
1.On the hypothesis of a well-distributed cover of thecovering propellant, form functions of the covering propellant havebeen derived in this paper.该文在假设包覆层厚度均匀一致的条件下,推导包覆火药的形状函数。
2.A new form function involving parameters β i is presented.提出了一个确定张拉结构初始几何形状的形状函数·　基于该形状函数 ,通过对结构边界控制点的插值确定张拉结构的初始形状·　该结构形状可随结构的双向张力比和边界控制点的坐标而进行自动调整·　从而给出了几何上可行 ,力学上合理的高精度张拉曲面·　通过有限元方法检查 ,大量例子表明该方法确定的初始形状对于实际常用边界及双向等拉或不等拉张结构均十分理想 ,误差很小
6)Wings function翼形函数