The design of the elastic suspension or centering system and its protective stop systems are intimately related.
弹性悬挂或定中心系统和起保护作用的限制系统的设计是密切相关的。
It was suggested to decrease such an instantaneous stiff impact load by supplementing elastic suspension between the wheelset and side frame.
而通过增加轮对与侧架的弹性悬挂可以有效减弱这种瞬时刚性冲击。
The article presents mechanical characteristics and its test method of elastic components widely used in car suspension.
介绍了轿车悬架中广泛采用的弹性元件的力学特性及其测试方法。
Rubber sandwich spring is widely used in the world as an elastic element of secondary suspension on locomotives.
橡胶堆旁承作为机车二系悬挂的弹性元件，已在国内外铁路上得到了广泛的应用。
He was using a transfemoral prosthesis with silicone liner and partial suction with a total elastic support belt for additional suspension.
配带硅胶假肢和局部吸附用全支持带增加悬吊。
The elastic element of air suspension system is air spring. Air spring utilize the compressibility of air to realize its elasticity.
空气悬架系统以空气弹簧为弹性元件，利用气体的可压缩性实现其弹性作用。
The elastic property curves of air spring is the most important dynamic feature of air suspension, it is the crux for simulation study and features research on air suspension.
空气弹簧最重要的动力学特征——弹性特性曲线，是进行空气悬架仿真、特性研究的关键。
The optimized suspension design can make the rolling stock achieve high critical stability speed after the elastic location being adopted for the bogie.
转向架采用弹性定位之后，优化的悬挂设计可以使机车车辆达到很高的稳定性临界速度；
Air suspension system is a generic term for the suspensions which make air spring as its elastic element.
空气悬架系统是以空气弹簧作为弹性元件的悬架总称。
A new kind of elastic-plastic energy dissipating bearing is applied to the seismic isolation design of the Nanjing Jia River Bridge, a typical self-anchored suspension bridge with single tower.
对南京夹江自锚式悬索桥采用弹塑性阻尼支座进行减隔震设计，并采用非线性动力时程分析方法，对阻尼支座屈服荷载进行了参数敏感性分析。
Elastic theory is applicable to the design and calculation of medium span self anchored suspension Bridges.
弹性理论适合于中小跨度的自锚式悬索桥的设计和计算。
Based on the elastic concept this paper proposes the chart analysis method for estimation of seismic response of the selfanchored suspension cable bridge with steel box stiffening girder.
按弹性力学理论导得了体外预应力钢箱梁桥的变形分析方法 ，建立了简支索梁的基本概念及假设和基本平衡方程 ，采用伽辽金能量原理得到了平衡方程的解答。
Finally, the mid-span deflection of a long span suspension bridge under vertical live load is analyzed when the elastic module of cable and hangers are assumed to be random correlated variables.
最后针对一座大跨悬索桥，计算了在竖向活载作用下材料、几何尺寸的随机性对主梁跨中位移的影响。
Finally, the mid-span deflection of a long span suspension bridge under vertical live load is analyzed when the elastic module of cable and hangers are assumed to be random correlated variables.
最后针对一座大跨悬索桥，计算了在竖向活载作用下材料、几何尺寸的随机性对主梁跨中位移的影响。
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