1.
Research on Algorithm of Automatic Generation of Interference-free ToolPath of Freeform Surfaces with Curves of Cross Sections in the Machining of the Freeform Surfaces;
自由曲面加工中基于截面线法的刀具轨迹生成研究
2.
Research on Simulation and Algorithm of Automatic Generation of Interference-free Tool Path of Freeform Surfaces with Curves of Cross Sections in NC;
数控加工中截面线法刀具轨迹的生成与仿真研究
3.
Theoretical calculation method and its application of arbitrary section springback
任意截面线回弹理论计算方法及应用
4.
METHOD OF DESIGNING PULSE MAGNET USING WIRE KNOWN CROSS SECTION AREA
对已知截面积的线材设计脉冲磁体的方法
5.
Feature Extraction of Sectional Curve in Reverse Engineering Based on Two Orders Discrete Curvature
基于二阶离散曲率的截面线特征提取算法
6.
Aerodynamic Admittance Identification for Non-streamline Section by Method of Zero-separation
非流线型截面气动导纳识别的零点分离法
7.
blind Gigli saw condylotomy
盲法线锯髁突截开术
8.
Non-linear Finite Element Analysis of the Strengthening R.C. Frame-supporting Stent by Enlarging Section
增大截面法加固钢筋混凝土框支架的非线性有限元分析
9.
ACSR-720/50Large Cross-section Analysis of Wire-line Technology
ACSR—720/50大截面导线架线工艺分析
10.
Research on Selecting Conductor Section of 1 000 kV Transmission Line
1000 kV交流输电线路导线截面选择研究
11.
The selection and energy saving of the lead cross-section of the low voltage distribution network line
低压配电网线路导线截面选择与节能
12.
Several Solutions of Section Design of the Single Steel Beam--On the Calculation of Bearing Capacity of the Single Steel Rectangular Beam section;
截面设计的几种解法——略谈单筋矩形截面梁正截面承载力计算
13.
This paper presents a new algorithm for distinguishing concave-convex quality of surface, which uses the property of normal transversal in differential coefficient geometry.
提出了一种判别曲面凹凸性的新算法,该方法利用微分几何“法截线”的性质进行判别。
14.
Bus bars shall be of the same cross-sectional area throughout the switchgear.
整个开关柜的母线截面均应相同。
15.
Figure 34-1 is a sectional view of two closely wound coils of wire.
图34-1是两个密绕线圈的截面图。
16.
Analysis for Prestressing of Curved Continuous Box Girder Bridges
箱型截面曲线连续梁桥的预应力分析
17.
Nonlinear Analysis of R/C Sections Based on MCFT;
基于MCFT的钢筋混凝土截面非线性分析
18.
Low-pressure Conductor Section Selection And Determine Of Power Supply Radius
低压导线截面选择及供电半径的确定