1.
Frame Structure Seismic Vibration-suppressed Behavior with Friction Energy Dissipation Brace;
摩擦耗能支撑框架结构减震性能研究
2.
Tech-economic Analysis of Friction Energy Dissipation Brace Device in the Building
摩擦耗能支撑装置在工程中的技术经济分析
3.
Application Study in Engineering of RC Friction Energy Disspation Braced Frame-Tube Structure;
钢筋混凝土摩擦耗能支撑框架—核心筒结构的工程应用研究
4.
Research on Design Method of Friction Energy Dissipation Braced Frame Structure Based on Elastic Stiffness;
基于弹性刚度的摩擦耗能支撑框架结构的设计方法研究
5.
Multilayer Complex Method Application in Parameter Optimization of Friction Energy Dissipation Bracing;
多层复形法在摩擦消能支撑参数优化的应用
6.
The shock absorption properties of Pall frictional energy dissipation shock absorber
Pall摩擦耗能减震器减震性能研究
7.
There is a large amount of energy wasted due to friction.
由于摩擦而损耗了大量的能量。
8.
Elasto-Plastic Dynamic Analysis and Application of Frame with Friction Energy Dissipation;
摩擦耗能框架弹塑性动力分析与应用
9.
The Limited Member Analysis of Entire Proceeding of Energy Dissipation of Buckling Restrained Brace (BRB);
阻屈耗能支撑（BRB）系统耗能的全过程有限元分析
10.
A wedge of metal used as a low-friction fulcrum for a balancing beam or lever.
刃形支承一种楔形金属，用作平衡木或杠杆的摩擦小的支撑物
11.
Nonlinear Static Procedure for Friction Dissipative Structure Systems;
摩擦耗能减震结构分析设计的非线性静力方法
12.
Precise Response Arithmetic for Systems with Pseudo-viscous Frictional Energy Dissipator
拟粘滞摩擦耗能系统响应精细算法的研究
13.
Nonlinear static analysis of staggered truss framing system with friction energy dissipator
摩擦耗能交错桁架结构体系的静力弹塑性分析
14.
Locomotive and rolling stock wheel/rail frictional wear and energy-saving and consumption-reducing
铁道机车车辆轮轨的摩擦磨损与节能降耗
15.
High-performance frition and wear prototyping based on wear sleady-state
基于磨耗稳定态的高性能摩擦磨损实验机研制
16.
Abstract: The friction energy dissipator is a seismic response damping device with simple structure and easy installation.
文摘:摩擦耗能器是一种构造简单、制作方便的耗能减震装置。
17.
Research of Active Beam Link Length and Brace Types of Ebsf Used in High-Rise Buildings;
高层建筑偏心支撑钢框架耗能梁段长度以及支撑形式研究
18.
Studies on Aseismic Performance of Novel Energy Dissipation Toggle-Braced Systems;
新型肘节式耗能支撑体系抗震性能研究