基本释义:

减震式震动造模机

网络释义

1)shockless anvil-jolter,减震式震动造模机

2)shockless jolter,减震式震动造模机

3)shock absorption,减震

4)damping,减震

5)vibration reduction,减震

6)seismic reduction,减震

7)Seismic mitigation,减震

8)cushioning,减震

9)absorbing,减震

10)SA,减震

用法和例句

Shock Absorption and Leak Prevention Technology Used in Ejection HoleTest Teamwork;

射孔-测试联合作业中的减震防漏技术

The research and application of the structure control based on the dissipation of energy to shock absorption by friction;

基于摩擦耗能减震的结构控制研究与应用

Studies on existing and prospect of shock absorption and shock partition of our country;

我国建筑物隔震与减震研究的现状与展望

Vibration and damping technique of architectural structure;

建筑结构的隔震减震技术

Investigation of damping performance of constructions with suspension-mass;

悬吊质量结构减震性能的研究

New advances in earthquake isolation and vibration reduction of building structures in Japan;

日本建筑结构隔震减震研究新进展

Review on research of structural system with suspended vibration reduction;

悬挂减震建筑结构体系的研究进展

Seismic behavior and vibration reduction analysis with viscous dampers of a station hall;

某站房结构抗震性能分析及采用粘滞阻尼器的减震分析

Studies on seismic reduction of multistory building using LRB to add stores;

铅芯橡胶支座应用于多层框架结构加层改造的减震研究

Starting from introduction of the design principles of seismic reduction and isolation techniques in bridge works the characteristics of seismic reduction and isolation techniques and application situations at home and abroad is introduced.

从桥梁工程中减震、隔震技术的设计原则入手,介绍了其特点以及在国内外的应用情况,并对几种常用的隔减震支座做了简单阐述,通过选择适当的减震隔震装置与设置位置,以达到控制结构内力分布与大小的目的。

This paper presents the theory of seismic reduction according to creating a cistern on the top of an old building,and some way of the reinforcement to the structure members.

阐述通过加建天面水池以达到对某旧楼减震的设计方案原理 ,介绍对该楼房构件加固补强的具体措施 。

The seismic mitigation structural systems of long-span cable-stayed bridges are investigated in the light of the structural features of the type of the bridges.

根据斜拉桥的结构特点,对大跨斜拉桥减震结构体系进行了探讨,在减震分析过程中亦应同时对消能减震装置参数优化的主要目标进行研究。

As a new type of energy dissipation and seismic mitigation component,the Buckling-Restrained Brace(BRB) is superior to traditional brace because of its buckling inhabitation and good energy dissipation ability as well as ductility during earthquake.

防屈曲支撑作为一种新型的耗能减震构件,改进了普通支撑易受压屈曲的缺点,地震时有很好的耗能能力和延性。