1.
Dynamics assessment of plane and profile section design parameters of Guangzhou-Zhuhai Intercity Railway
广珠城际铁路线路平纵断面设计参数动力学评估
2.
The Research of Road Route Geometry Design Based on Digital Terrain Model (DTM)
基于数字地面模型的公路纵断面设计
3.
The Application of Excel in the Height Computation in Longitudinal Section Design
Excel在纵断面设计高程计算中的应用
4.
A calculation and study on sensitivity of geometrical parameters of control surfaces for submarines
潜艇操纵面几何参数敏感性计算研究
5.
Research on the Automatic Design of Mountain-Highway Profile Alignment;
山区公路纵断面线形自动化设计研究
6.
Application of Visual Lisp in the Design of Longitudinal and Transverse Sections in the Municipal Engineering;
市政工程纵横断面设计中Visual Lisp的运用
7.
The Vertical Section Design of the Channel under the AutoCAD VBA Project and the Cross Drawing Environment of VBA
AutoCAD VBA在渠道纵断面设计中的应用
8.
Confirmation of Different Channels Trigonal Geometry Parameter Design Load;
不同隧道断面几何参数情况下设计荷载的确定
9.
Checking Parameter and Optimizing Design to Selective Cross Shaft Road Header Cutting Head Design;
部分断面横轴悬臂式掘进机截割头设计参数的验算与优化设计
10.
Application of VB Combined with EXCEL in the Height Computation of Vertical Alignment Design
VB结合EXCEL在纵断面设计高程计算中的应用
11.
The Estimation of Semiparametric Model for Longitudinal Data Basing on Quadratic Inference Functions;
基于二次推断函数的纵向数据半参数模型的估计
12.
Research on Plane and Vertical Section s Design Criteria of High-Speed Maglev Railway Line;
高速磁悬浮铁路线路平纵断面设计标准的研究
13.
Optimum Design of Highway Profile Based on Differential Evolution Algorithm
基于差异演化算法的公路纵断面优化设计
14.
Implementation of Railway Profile System for uplifting and renovating track
起道整修施工铁路线路纵断面设计系统的实现
15.
Finally the negative feedback effect of the aileron operation on the control parameters in the stable region is studied.
最后研究了副翼操纵反馈设计对操纵参数稳定域的影响。
16.
Front Wheel Alignment Parameters Optimization Design Based on Handing Stability
基于操纵稳定性的客车前轮定位参数优化设计
17.
Application of GIS in Urban Vertical Design:Road Longitudinal Section Design and Calculation of Earthwork Volume
GIS在城市竖向设计中的应用——道路纵断面设计与土方工程量计算
18.
The figures of profile of hump and velocity-time curve can been drawed automatically.
实现了驼峰纵断面的自动设计和检算,并能自动输出纵断面和速度-时间曲线图形。