body frame

Competitive sports benefit frame consists of benefit main body frame, benefit object frame and benefit space frame.

竞技体育的利益结构由利益主体结构、利益客体结构和利益空间结构组成。

Modal Analysis Body Frame for a City Bus with Low-entrance

低入口城市客车骨架结构模态分析

This article contains the brief introduction about the body frame assembly characteristics and process requirements of the 18 m-length low entry bus.

简要介绍18m长大型低入口城市客车车身骨架总成的结构特点及工艺要求。

Modal Analysis of Bus Body Frame Based on ANSYS

基于ANSYS的客车车身骨架模态分析

Overweight is defined as a condition of weighing more that what is ideal for their height and body frame.

超重的定义为体重刚刚超过理想的身体结构及重量。

Modal test of a light truck body frame and its FEA analysis

轻型卡车车架模态试验及有限元模拟分析

Vacuum bag and body frame were used. CT simulation location and three dimensional treatment plan were used.

采用真空袋及体部定位架，CT模拟机定位和三维治疗计划。

Her development of body frame constitution was normal.

月经和体格发育正常；

Static Strength Analysis and Lightweight Research of Bus Body Frame

客车车身骨架的静强度分析与轻量化研究

Application of Dual-tibia Marker in the Stereotactic Body Frame System to Radiotherapy in Patients with Pelvic Tumor

双下肢辅助标记在立体定向体架固定盆腔肿瘤病人中的应用

The body frame can be aluminum, stainless steel or carbon steel production.

机体框架可采用铝型材，不锈钢或碳钢制作。

The edgewise of longitudinal channel beam be agree with the dimension of switchgear body frame.

基础框架纵向槽钢的外延距离应与开关柜本体框架的尺寸一致.

Lightweight Design for Bus Body Frame

某型大客车车身骨架轻量化设计

Research on Fatigue Analysis of Bus Body Frame

客车车身骨架的疲劳分析方法研究

The static and dynamic parameters of optimized body frame are obtained and compared with original design.

对优化后的车身骨架模型进行有限元分析，将其动、静特性参数与原设计作比较。

On basis of the modal analyze, stochastic finite element method spectrum analyze is done to the bus body frame.

本文在模态分析的基础上，对某车身骨架进行了随机有限元谱分析。

Taking a domestic saloon brand as the research object, the body frame is analyzed.

本文以某品牌国产房车作为研究对象，对其车身骨架进行了分析研究。

Explaining the finite element model can more accurately simulate the natural mode of body frame.

说明所建立的仿真模型能够比较准确地模拟车身骨架结构的固有模态。

It has been proved that FEM in vehicle body frame analysis is very efficient and necessary.

实践证明，利用有限元法对车身骨架结构进行分析是十分有效和必要的。

Maintaining your body frame is vital at the time of losing weight.

在减肥时保持体形是非常重要的。

Research on Rollover Safety about Local Structure of Bus Body Frame Waist Beam

客车车身骨架腰梁局部结构的侧翻安全性研究

Finite Element Analysis for Strength and Rigidity Design of JN-652 Larger Bus Body Frame Structures

JN652型大型客车车身强刚度设计的有限元分析

Research on FEM Simulation Method of Bus Body Frame Rollover Impact

客车车身骨架侧翻碰撞的有限元仿真模拟方法研究

Research on finite element modeling technique and result analysis methods for bus body frame

客车车骨架有限元建模技术及结果分析

A Research on the Application of FEM-based Topological Optimization Technique to the Design of Vehicle Body Frame Structure

基于有限元法的拓扑优化技术在某军车车身骨架设计中的应用研究

After 5 iterations sole weight of body frame is decreased by 14%.

经过5次迭代，车身骨架自重减轻了14%。

Then the sensitivities of torsional stiffness and first-order torsional vibration frequency to design parameters of body frame are obtained by sensitivity analysis.

然后对车身骨架结构进行设计参数灵敏度分析，得出车身骨架扭转刚度和一阶扭转频率对各部件设计参数的灵敏度。

Study of atom-molecule multichannel scattering with body frame

用BF坐标系研究原子&分子的多道散射

The design of the body frame topologic structure is presented, using FEM-based topological optimization technique.

摘要利用基于有限元法的拓扑优化技术设计车身大骨架的拓扑结构.

Welding Distortion Analysis and Control of the 18 m Length Low Entry Articulated Bus Body Frame

18米长低入口铰接城市客车车身焊接变形分析及控制