1.
A Finite Element Method for the Lateral Buckling Analysis of Arch-Trussed Beam Bridges
拱——桁梁组合体系侧倾稳定分析有限元法
2.
Tripping Calculation and Analysis for Stiffeners under Axial Compression、Lateral Pressure;
纵向及横向载荷作用下的骨材侧倾稳定性研究
3.
Development of Bus Rollover Stability Testing Simulation Module Based on ADAMS
基于ADAMS的大客车侧倾稳定性试验仿真模块开发
4.
Discussion on the side-tipping stability factors of tube tied arch bridge with large span and below supports
大跨度下承式系杆拱桥侧倾稳定因素的探讨
5.
Analysis of Improvement on Vehicle Roll Stability Using Magneto-Rheological Semi-active Suspension System
磁流变半主动悬架对车辆侧倾稳定性改进分析
6.
The test method of maximum stable side-inclination for motorcycle and moped with three wheels
GB/T16708-1996三轮摩托车和三轮轻便摩托车最大侧倾稳定角试验方法
7.
Nonlinear Stability-Analysis of Concrete Filled Steel-Tube Arch Bridge with Respect to Various Horizontal Load;
钢管混凝土拱桥考虑水平荷载作用的侧倾稳定非线性分析
8.
General Formula for Lateral Buckling Critical Force of Through Bowstring Tied Arch Bridge Without Transverse Beams
无横撑下承式系杆拱桥侧倾稳定临界荷载的一般公式
9.
Magneto-rheological damper model and roll stability control strategy
汽车磁流变减振器建模及其侧倾稳定性控制策略
10.
The Effects of Front Wheel Caster Angle on Vehicle Steering Stability with Consideration of Body Roll
车身侧倾时前轮主销后倾角对转向稳定性的影响
11.
Calculation and Stability Analysis on Integral Steel Side Formwork of Continuous Box-Girder in Qingdao Bay-Bridge
青岛海湾大桥箱梁整体钢侧模支架体系计算及抗倾覆稳定分析
12.
Factors of Body Roll Angles Correspond to Vehicle Steady Steering Characteristics
车辆稳态转向特性中车身侧倾角的影响因素
13.
On the approximate calculating method of the rollover instability of the rigid suspender's tied-arch bridge
刚性吊杆的系杆拱桥侧倾失稳近似计算方法
14.
One-side Stability and One-side Asymptotically Stability of Zero Solution of Two Dimensions System;
平面系统零解的单侧稳定性及渐近稳定性
15.
Effect of dip angle on stability of inclined stope in Canzhuang Gold Mine
蚕庄金矿倾斜矿房倾角对其稳定性的影响
16.
A tilt, as of a boat, to one side.
倾侧，倾侧度向一边的倾斜，如一条船
17.
Story Lateral Stiffness and Stability Analysis of Tilted Column Frame;
斜腿框架的层抗侧刚度及稳定性分析
18.
The Research of High-Speed Automobile Side-Wind Stability under Virtual Environment;
虚拟环境下高速汽车侧风稳定性研究