Certified the correct of the geometry model and stitch length formula.
验证了几何模型和送经量公式的正确性。
Firstly, the geometry model of WWB Impulse stepless speed variator is presented.
建立WW B型脉动式无级变速器的几何模型。
In physics based modeling, the object is viewed as a physics and not a pure geometry model.
基于物理的造型是将物体看成具有一定物理性质的形体，即某种物理模型而不是单纯的几何体。
Geometry model of roller bit's sphere tooth, wedgy tooth and bucket shape tooth were established;
建立了牙轮钻头的球形齿、楔形齿和勺形齿三维空间的几何模型；
The main contribution of algorithm is to solve the key problem in processing complex geometry model.
该算法用于解决辅助工具中处理复杂几何模型时的关键问题。
This article structures and extends an analytic geometry model for a inequation based on combining Numbers and shapes.
利用数形结合的思想为不等式构造解析几何模型，并加以推广。
Vehicle's geometry model is formed, of which the shell structure is the main skin and steel structure made by welding.
建立了以板壳为主体的骨皮结构焊接车体几何模型。
A geometric compression algorithm is presented in this paper to save the geometry model storage and transmission time.
提出了一个几何压缩算法，用以节省三角网格模型存储和传输时间。
We propose a new 3D plenoptic function method - Boundary Light Field, which works with rough geometry model of scene objects.
本文在同心拼图方法的基础上，提出了一种新的与场景几何相结合的3D全光函数方法—边界光场。
The fractional geometry model of porosity and permeability was developed based on fractional Kriging interpolation principles.
同时利用分形克里金插值理论，建立了孔隙度和渗透率的分形几何模型。
Based on the analysis of the process of cross wedge rolling during wedge in, the geometry model of rolling area is established.
在对楔入轧制过程分析的基础上，建立了辊式楔横轧楔入轧制接触面的数学模型。
The 3d surface geometry model is constructed by using MT algorithm from the tissues extracted by automatic or manual segmentation.
对由自动分割和手工勾画出的组织，用MT算法构建其三维表面几何模型。
The geometry model formula is used to deduct the theoretical relation between the geometry parameters and knitting process variables.
利用几何模型公式推导建立几何结构特征参数与编织工艺参数之间的理论关系；
The creating of regular geometry model takes use of modeling tool provided by 3d design software, but it needs simplifying the model.
规则几何体模型的建立可以直接使用三维设计软件提供的建模工具，但是需要注意精简模型。
The paper provides a method to drive geometric object based on the constraint and engineering relations in designing a geometry model.
本文系统地阐述了一种在进行几何型体设计时用约束关系和工程关系来驱动几何型体的方法。
Geometry model is regarded as the study object. Representation and variance of multi-state model is studied based on 3d geometry feature.
以几何模型为研究对象，基于三维特征研究多态模型的表示和变迁机理。
Then the solid geometry model is entered into ANSYS to do the pre-treatment of FEA. It is disassembled by ten-noded tetrahedron elements.
将几何模型导入到有限元分析系统ANSYS做有限元分析的前处理，构建了以十节点四面体单元为基本单元的有限元计算模型。
According to geometry model characteristic of shaft and cylinder of steam turbine, a finite element method model of shaft and cylinder was set up.
根据汽轮机转子及汽缸的几何模型的特点建立了转子及汽缸的有限元模型。
The mathematical model and boundary conditions of soil temperature field in finite region is established through analysis of geometry model of underground heated pipeline.
通过分析埋地热油管道的几何特性建立了有限区域内非稳态热油管道土壤数学模型和边界条件。并使用PHOENICS软件对该数学模型进行了求解。
Method: First, device parameters and azimuth parameters of analytic geometry model and projective geometry model of coded structured light system were analyzed and unified.
方法：首先，比较分析编码结构光系统的解析几何模型和射影几何模型，统一了二者的设备参数、姿态和位置参数。
Thirdly we employ radial basis functions (RBF) interpolation method to deform a neutral generic model to the personalized geometry model according to the detected features.
根据检测结果用径向基函数插值方法将事先选择好的一个中性标准网格模型进行空间网格变形使其变形为个性化人脸几何模型；
The main problems of Parameter design are abstraction and expression of the geometric constraint relationship, solver of geometric constraint and creation of geometry model.
参数化设计的关键是几何约束关系的提取和表达，几何约束的求解及参数化几何模型构造。
An integrated product model description which is based on product geometry model, assembly information and could support product engineering analysis is presented in this paper.
本文分析了基于产品几何模型、装配信息，支持产品工程分析的集成产品模型描述。
Using the circular arc Swedish method in tailing pond dam body stability analysis, the paper establishes the computation geometry model, calculates the dam body safety coefficient.
运用圆弧条分法对尾矿库坝体稳定性进行了分析，建立了计算几何模型，计算出坝体安全性系数。
The mechanical hypothesis and geometry model of the composite tapes were set up. The finite element analysis models in the process of the composite tapes' shaping were established.
建立了超导复合带材的细观力学假设和模型、以及成型过程的有限元分析模型。
Based on the geometry model which had been established, we make sure the choice of the experiment project and complete the experimental equipment design of the digital knife-edge testing.
根据建立的几何模型，确定了实验方案的选择，完成了实验装置设计，建立了数字刀口检测的实验装置。
Based on the geometry model which had been established, we make sure the choice of the experiment project and complete the experimental equipment design of the digital knife-edge testing.
根据建立的几何模型，确定了实验方案的选择，完成了实验装置设计，建立了数字刀口检测的实验装置。
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