高柔

CIMS的提出，从企业生产战略的高度和从生产系统的整体上解决了高柔性和高生产率的矛盾。

CIMS has solved the contradiction between high flexible and high productivity in the production system .

悬吊TMD对高柔结构风振反应的半主动控制

Semi-Active Control for Wind Induced Vibration of Highrise Structures with Hanging TMD

高柔结构风振舒适度AMD控制算法研究

Algorithm Study on AMD Control the Comfort of Flexible-High Building Response Loaded on Wind Load

土-结构相互作用对高柔结构风振响应TMD控制的影响

Influence of soil-structure interaction on effectiveness of TMD control for wind response of high-rising building

利用TLD减小高柔结构多振型地震反应的研究

Study on vibration control using TLDs for multi-mode responses of tall flexible structures

随着高层建筑、高耸结构、桥梁等高柔结构的广泛应用，自适应变频TMD控制装置有广泛的发展前景。

The Self-adapting variable-frequency TMD vibration control device can be applied widely with widespread application of flexible structures such as high-rise buildings and structures , bridges and so on .

文中根据Fujino等提出的矩形浅液TLD制振的基本原理建立了TLD对高柔结构风振控制的设计方法。

In this paper , the design method of controlled wind vibration response of highrise structure with TLD is established according to the basic principle of suppressing structural vibration with shallow water presented by Fujino .

最后，讨论了长细比取值较大的高柔桥墩和不等高MDOF全桥结构的多阶模态效应，引入多自由度振型分解反应谱理论提出了全桥结构基于性能的简化设计方法。

Finally , multi-phase modes effect of flexible bridge pier with high slenderness and MDOF full-bridge structure was discussed , and decomposition theory of multi-degree of freedom response spectrum was introduced to develop a performance-based seismic design method for full-bridge structure .

高柔钢塔架结构设计与施工研究

Design and Construction Study of Tall and Slender Steel Tower Structure

公路高柔桥墩受力浅析

Superficial Analysis of Load Bearing of Elevated Bridge Pier on Highway

竖向地震作用对高柔结构的影响

Influence of the vertical earthquake action on the high rise construction

高柔韧性聚氨酯丙烯酸酯的合成及应用

Synthesis of Polyurethane Acrylate with High Toughness and Its Application

高柔性五轴联动非金属制品数控加工机床的开发

Development of a Highly Flexible 5-axis Numerical Control Machine for Non-metallic Material

大型高柔火炬整体吊装

Comprehensive Whole Unit Lifting of Large High Flexible Torch

高柔结构的风致振动问题是一个典型的风与结构相互作用的问题。

The wind-induced oscillation of flexible high-rise is a typical wind-structure interaction problem .

高柔性线型配体1,4-双（2-甲基-8-喹啉氧基）-丁烷的合成与表征

Synthesis and Characterization of the Flexible Linear Ligand 1,4-Bis ( 2-methyl-8-quinolyl ) - butane

高柔土建结构振动主动控制的研究进展

Present Research Progress of Active Vibration Control for High rise and Flexible Civil Infrastructures

高强抗撕址；高柔韧性；

High resistance to tear and excellent flexibility .

一种高柔结构的减震装置

A shock absorber device for highrise flexible structure

高柔结构的地震反应计算

Computation of earthquake response of high flexible structures

高柔结构的驰振响应分析

Analysis of Galloping Oscillations of High-rise Flexible Structures

三角形截面高柔结构横风向振动的风洞试验研究

A Study on Across-wind Oscillations of Triangular High-rise Flexible Structures by Wind Tunnel Tests

进一步阐明了计算高柔结构和特定条件下某些结构的竖向地震作用的必要性。

The calculation of the vertical earthquake action in high rise construction design is necessary .

其中车间计划调度技术是实现生产高效率、高柔性和高可靠性的关键，有效实用的调度方法和优化技术的研究与应用已成为先进制造技术的基础。

The efficient planning and scheduling method and technology are becoming the bases of advanced manufacturing technology .

电视塔结构属高柔结构，作用在其上的荷载以风荷载为主要的控制荷载。

The wind load is main and control load among of all loads acting on TV tower structure .

该类超高层建筑通常是轻质高柔结构，对于风荷载特别敏感。

This kind of building is mostly light high-rise flexible structure and is especially sensitive to wind load environment thus wind load has become an important controlling load .

随着建筑结构的高柔化、轻质化，使得其在地震等作用下更易产生振动和大幅变形甚至破坏。

The building structure is becoming more high-soft and more lighter , which makes it easier for the seismic effect of vibration , large deformation or even destruction .

由近场地面爆破振动试验可知，对于高柔框架结构，其顶部速度反应主要是由基础转动引起的摇摆分量组成，上部结构弹性变形次之，基础平动分量最小。

The results of near-field blasting vibration test show that the main portion of the velocity response at the top of flexible super structure is rocking , followed by elastic deformation .

供应链管理作为现代一种新的管理模式，有如下一些特点：对市场的需求能迅速反应、管理战略化、高柔性等，因此，逐渐受到各企业的关注。

As a kind of new management mode , supply chain management with the characteristic of responding market demand , strategic management and high flexibility , has become more and more important .

由于结构的高柔性和风荷载的随机性，高耸结构的构件在脉动风作用下易发生疲劳破坏。

Because of the high flexibility of the structure and the randomness of wind loads , the components of high-rise structures are prone to fatigue failure under the action of fluctuating wind .