1.
Study on Body Fatigue Bench Test Method;
白车身强度台架试验方法及疲劳寿命的研究
2.
Study on Stiffness and Strength of Non-Integated Type Body and Frame of SUV Model NHQ6470;
NHQ6470型SUV非承载式车身车架刚度强度的研究
3.
Finite Element Analysis for Strength and Stiffness of Bus-body Frame
客车车身骨架强度与刚度的有限元分析
4.
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
5.
The Simulation of the Front of Body Structure Static Strength Analysis and Dynamic Analysis;
轿车前部车身结构静态强度计算及动态分析
6.
Analysis of Strength of Whole Bus Frame and Local Stress Concentration;
客车车身整体骨架强度与局部应力集中分析
7.
Study on the Strength Optimization of Coach Body's Structure Based on Finite Element
基于有限元分析的大客车车身结构强度优化
8.
The Finite Element Analysis on Strength, Stiffness and Fatigue Character of Automobile Body s Die;
车身模具强度刚度及疲劳性的有限元分析
9.
Research on the Influence of Spot Pitch on the Static Strength and Fatigue Strength of Body Structure Member;
焊点间距对车身构件静强度和疲劳强度的影响研究
10.
Craft Study on CO_2 Laser Welding of Zinc Coated High Strength Steel;
车身用高强度镀锌钢CO_2激光焊接的工艺研究
11.
Analysis of Strength Match for T-Welded Joints in Al-Alloy Car Body Structure
铝合金车身骨架结构T型接头匹配强度分析
12.
Random Vibration and Fatigue Strength Analysis of Bus Skeleton for Army;
军用客车车身骨架结构随机振动特性与疲劳强度分析
13.
Based on the model, the strength, stiffness and modal analyses are performed for 4 typical working conditions.
并对车身结构进行4种典型工况下的强度、刚度以及模态分析。
14.
Recovery Day: A positive way to recover after intensive training.
恢复日：大强度训练后的积极恢复，促进身体健康的单车训练项目。
15.
A Study on the Matching Law of High Strength Steel Sheets for Car-body Front-end Structures Based on Frontal Impact Requirements
正面碰撞下车身前端结构高强度钢板匹配规律研究
16.
The result is a spaceframe chassis that makes the Phantom Drophead Coupé perhaps the most rigid convertible available today.
结果表明，在当今的敞篷车中，幻影软顶敞篷车的车身底盘强度最为出色。
17.
torsional stiffness graph
扭转刚度图 -车身的
18.
Strength Analysis on the Head-car Body of CRH_2;
CRH_2动车组头车车体结构强度研究