智能悬臂梁,smart cantilever beam
1)smart cantilever beam智能悬臂梁
1.By the piezoelectric material"s positive piezoelectric effect and negative piezoelectric effect, this paper analyses the interaction between PZT film and a vibration system of piezoelectricsmart cantilever beam, the dynamical model and close-loop control state equation are established with regard to .本文以压电悬臂梁振动系统为研究对象,利用压电材料的正、逆压电效应,分析了压电片和悬臂梁之间的相互耦合关系,建立了压电悬臂梁的机电耦合动力学模型和基于闭环控制系统的状态方程,并研究了反馈控制增益、压电片位置及压电片长度对柔性梁振动控制性能的影响,获得了反馈控制增益、压电片位置、压电片长度与振动能量、控制能量的关系曲线,为压电智能悬臂梁的振动控制系统的设计提供了依据。
英文短句/例句
1.Optimal Placement and Vibration Control of Intelligent Cantilever Beam;智能悬臂梁的振动控制及其优化配置
2.The Research of PZT"s Placement and the Active Vibration Control of Smart Cantilever Beam;智能悬臂梁压电片布置与振动主动控制技术的研究
3.The Position and Number Optimization Design of Sensor and Actuator on Piezoelectricity Intelligence Cantilever Beam;压电智能悬臂梁传感器、作动器位置与数目优化设计
4.Integrated Optimal Design of the PZT Position,Size and Control of Smart Cantilever Beam压电智能悬臂梁的压电片位置、尺寸及控制融合优化设计
5.Study on Intelligent Vibration Control Technology of Smart Cantilever Beam Based on Random Disturbance随机干扰下悬臂梁振动智能控制技术的研究
6.Active Vibration Control of Piezoelectric Smart Cantilever Plate and the Optimization of PZT s Locations;压电智能悬臂板梁振动的主动控制与压电片的优化布置
7.DYNAMIC ANALYSIS OF CANTILEVER WHEN SUFFERRED FROM HEAVY OBJECT SHOCK重物冲击下悬臂梁动力响应的能量法
8.Robust Design for Cantilever-type Piezoelectric Vibration Transducer悬臂梁式压电振动换能器的稳健设计
9.Research on bending of the cantilever based on the principle of minimum potential energy基于最小势能原理的悬臂梁弯曲研究
10.Vibration damping capacity of a Fe-16Cr-2.5Mo alloy cantilever beamFe-16Cr-2.5Mo合金悬臂梁减振性能的研究
11.Studys on Active Vibration Control of Piezoelectric Smart Cantilever Plate压电智能悬臂板的主动振动控制研究
12.Bending behaviors of functionally gradient piezoelectric curved cantilever was studied.研究了弯曲型梯度功能压电悬臂梁的弯曲特性。
13.Properties Research on a Large Annular Stadium Roof Structure with Cantilever Beam String;大型环状悬臂型张弦梁挑蓬结构的性能研究
14.Experimental Research on Stressing Performances of Steel Reinforced Concrete Cantilever;型钢混凝土悬臂梁受力性能的试验研究
15.On Integer Stability of Rolling H-Section Steel Cantilevers;轧制H型钢悬臂梁的整体稳定性能研究
16.Bi-Material Microcantilever’s Thermomechanical Performance and Materials Selection: An Analysis;双金属微悬臂梁的选材及热机械性能分析
17.Theoretical and Experimental Study on the Compound Piezoelectric Cantilever Energy Harvester复合型悬臂梁压电俘能器理论与实验研究
18.Theoretical Analysis and Simulation of Piezoelectric Cantilever for Low-frequency Vibration Energy Harvesting压电悬臂梁采收低频振动能的理论分析与仿真
相关短句/例句
smart cantilever plate智能悬臂板梁
3)micro cantilever transducer微悬臂梁换能器
4)cantilever[英]["k?nt?li:v?(r)][美]["k?nt?"liv?]悬臂;悬臂梁
5)cantilever[英]["k?nt?li:v?(r)][美]["k?nt?"liv?]伸臂，悬臂;悬臂梁
6)microcantilever微悬臂梁
1.Amplifying of the quality factor of AFMmicrocantilevers in liquid environment;提高液体中AFM微悬臂梁品质因数的研究
2.Microcantilever-based Sensors and Their Chemical and Biological Applications;微悬臂梁传感器及其在生化领域的应用
3.Ultra-small mass detection based on a higher harmonicsmicrocantilever in liquid;基于微悬臂梁高次谐波的微小质量检测技术研究
延伸阅读
悬臂梁冲击强度分子式：CAS号：性质：用悬臂梁形式测定的受试材料冲击强度。试验时将规定尺寸的试样一端夹在试样夹具上，然后释放一个摆锤对试样施加冲击负荷使试样破断。记录其吸收的能量而算得结果。试样可以有缺口，也可以无缺口。其结果分别称悬臂梁缺口冲击强度或悬臂梁无缺口冲击强度。试验中的有关条件都在标准试验方法中有明确规定，单位为kJ/m2。由于该试验方法中被打断的试样飞出带走的一部分能量(称飞出功)无法精确计算，因此不能获得材料破断的确切能量数据，但由于操作简便，故仍被广泛使用。特别是对用简支梁冲击得不到结果的材料，可使用悬臂梁冲击方法。
