1.
Integrating software -based design of punch bed with welded trunk frame
基于软件集成的箱形焊接结构冲床床身设计
2.
Sensitivity Analysis and Dynamic Design of Design Parameters for Internal Grinder Bed
内圆磨床床身设计参数的灵敏度分析及动态设计
3.
Topology Optimization of NC Lathe Bed Based on ANSYS
ANSYS下数控车床床身拓扑优化设计
4.
Dynamic Analysis and Optimized Design of the Structure of Internal Grinder Bed
内圆磨床床身结构的动态分析与优化设计
5.
Now lathe bed lacks effective design of rational basis; structural design bed is not enough reasonable.
目前对普通车床床身的设计缺乏有效的理论依据,床身的结构设计不尽合理。
6.
STUDY ON THE SELF-COLLIMATION DESIGN PRINCIPLE OF MACHINE BED AND ITS APPLICATION TO GUIDEWAY GRINDER
机床床身自准直设计原理及其在导轨磨床中应用的研究
7.
We redesign board of lathe bed and do order optimization.
对床身的肋板结构重新设计,并进行拓扑优化。
8.
Optimum Design of Hobbing Machine Bed on Its Structure Stiffness by AWE;
基于AWE的滚齿机床身结构刚度优化设计
9.
Rectify together board be together ark of the head of a bed and lathe bed connection, and was designed enough store object space.
一块整板将床头柜与床身联系在一起，并且设计了足够的储物空间。
10.
RESEARCH ON STRUCTURAL OPTIMIZATION METHOD IN DESIGN OF NC MACHINE TOOL BED BASED ON DYNAMIC ANALYSIS BY FEM
基于有限元分析的数控机床床身结构动态优化设计方法研究
11.
RESEARCH OF DYNAMIC DESIGN OF MACHINE TOOLS BED STRUCTURES BASED ON OPTIMIZATION UNIT STRUCTURES AND FRAMES
基于元结构和框架优选的数控机床床身结构动态设计研究
12.
Research on Structural Analysis and Optimization Design of Machine Tool Bed Based on Unit Structure
基于元结构的机床床身结构性能分析与优化设计
13.
After a series of design, we get reasonable structure of bed boards.
经过反复的结构优化设计得到床身肋板的合理结构。
14.
Finite element ansysanalysis and structure optimization for the body of vertical machining center base on workbench
基于AnsysWorkbench的立式加工中心床身有限元分析和优化设计
15.
Structural Optimized Design of Mould MC Bed Based on Finite Element Analysis
基于有限元分析的模具加工中心床身结构优化设计
16.
an inherent weakness in a design
设计本身存在的弱点
17.
In this paper,using the finite element method,we completed the computation of static rigidity for a lathe bed.
本文介绍采用有限元法计算车床床身的静刚度。
18.
automatic programming tools (APT )
机床自动程序设计语言