Then the dynamic model and the nonlinear equations of motion of the vibrating compacting system is built and solvedo The results and conclusions provide theoretical basis for further study.
本文在分析振动压实时土体的不对称滞回特性和振动压实过程中振动与波在土体中传播及其压实效应的基础上,给出了土体的不对称滞回力模型,建立了振动压实系统的力学模型和非线性运动方程,并求其解,对进一步研究提供了理论基础。
Analysis of Vibrating Compactor System Involving Slowly Varying Parameters of Compacted Material
考虑物料慢变参数的振动压实系统分析
Improvement Design of Hydraulic Vibration System for Vibration Road Rollers
振动压路机的液压振动系统改进设计
Experimental Study on Simulating Vibration Reduction to Disc Hydraulic Brake System
模拟盘式液压制动系统减振的实验研究
Research about Servo Controller of the Hydraulic Pressure Vibration System and It s DSP Implementation;
液压振动系统的伺服控制器研究及其DSP实现
Study on dynamic model of intelligent vibratory roller
智能化振动压路机振动系统动力学模型研究
A Study on the Dynamic Model for Impact-type Hydraulic Vibrating System
冲击型液压振动系统的动态模型建立
Structural Vibration Control by Using Plezoelectric Smart Materials Ⅱ: Control System Design and Experiments
采用压电机敏元件进行结构振动控制Ⅲ:控制系统设计与实验研究
Analysis of Damp for Screw's Vibration System of Hydraulic Vibration in Injection Process
液压脉振注塑中螺杆振动系统阻尼特性分析
PLC control systerm design of the kiln fumitures′ oil hydraulic press
窑具用振动油压机PLC控制系统设计
Vibratory Acceleration and Soil's Compaction Status Connection Analysis
振动加速度与土壤压实状况关系分析
COSMOS-based Acceleration of Vibratory Roller Vibration Roller Vibration Study and the Relationship between Degree of Compaction
基于COSMOS的振动压路机振动加速度与压实度关系研究
The hydraulic system for a new type of infinite amplitude regulation on vibratory roller is discussed in the article.
论述一种新型振动压路机液压无级调幅系统。
Hydraulic Vibrating Shock Control of Hydraulic Systems
液压系统设计中对液压振动冲击的控制
Research on the Multi-point Piezoelectric Vibratory Feeder and the Control System;
多点压电振动给料装置及驱动控制系统
Control Strategy of Hydraulically Driven 6-DOF Vibration Test System;
液压驱动六自由度振动试验系统控制策略研究
Modeling and Motion Simulation of Hydraulic Vibration System
液压振动系统的建模及其运动参数的仿真
Dynamic model and analysis of vibratory roller-soil system
振动压路机——土壤系统动力学模型及分析
Simulation of flexible beam's active vibration contro1 based on piezoelectric intellectual structure
压电智能结构的柔性梁振动主动控制系统仿真