1.
Optimal Control and Design Optimization for Piezoelectric Intelligent Truss
压电智能桁架的最优控制及优化设计
2.
Random Dynamic Analysis and LQG Control of Piezoelectric Intelligent Trusses;
压电智能桁架的随机动力特性研究及其LQG控制
3.
Modeling、Analysis and Optimization for Shape Control of the Intelligent Truss;
智能桁架形状控制建模、优化与分析
4.
Research on the Carbon Fiber Reinforced Concrete on the Bridge
碳纤维混凝土短柱桁架智能桥梁研究
5.
Modelling and Analysis on Optimal Control for Loading Behaviour of Intelligent Truss Structures;
智能桁架结构受力性态最优控制的建模与分析
6.
Research on Active Vibration Control of Intelligent Truss Structure with Random Parameters;
随机参数智能桁架结构振动主动控制研究
7.
The Optimal Placement of The Actuator for Shape Control of Smart Truss Structures;
作动器在智能桁架结构形状控制中的优化配置
8.
Experimental investigation of auto disturbance rejection vibration control for intelligent truss structures
智能桁架结构自抗扰振动控制实验研究
9.
Time Optimal Active Disturbances Rejection Vibration Controller for Intelligent Truss Structures
智能桁架结构最速自抗扰振动控制研究
10.
Adaptive Vibration Control and Experimental Research on Piezoelectric Smart Truss
压电机敏桁架结构振动自适应控制及实验研究
11.
Study of Piezoelectric Truss Structure s Stability Based on Finite Element Method;
基于有限元法的压电桁架结构的稳定性研究
12.
Limitation analysis on the truss for materials with different behaviour in tension and compression is investigated.
对拉压性能不同材料的桁架进行了极限分析。
13.
Stability of Compressive Chord and Behavior of Eccentric Joint in Steel Tubular Truss;
钢管桁架压杆稳定性分析及节点偏心性能研究
14.
It has been shown that there was a great influence of the different behaviour effect on the bearing capacity of the truss structure.
证明材料的拉压性能不同对桁架结构承载能力的影响是很明显的。
15.
The piezoelectric adaptive truss structure was composed of piezoelectric ceramic sensors, actuators, and flexible beams.
由传感器、作动器与柔性梁组成压电自适应桁架结构。
16.
Static Force Reliability Analysis of Truss Structure with Piezoelectric Patches Affixed to Its Surface
表面贴有压电片的桁架结构系统静力可靠性分析(英文)
17.
Research and Development on Intelligent Design System of High Voltage Overhead Transmission Tower Erection;
高压架空输电杆塔组立智能化设计系统开发研究
18.
The Experimental Study on Seismic Performance of High Axial Compression Composite Medium-High Shear Wall with Concealed Steel Truss;
高轴压比下内藏钢桁架组合中高剪力墙抗震性能试验研究