Research on Solving Driven Moment of Flexible Arms of Concrete Pump Truck Based on Excited Force Optimization 混凝土臂泵车柔性臂架激振力优化研究
Based on the multi-body dynamics and Lagrange equation, the differential equation of rigid motion of the four-bar placer jib of a concrete pump truck is deduced. 基于多体动力学理论和拉格朗日方程建立了四节臂混凝土泵车臂架的刚性运动微分方程。
Study of Fuzzy-PID Controller for Throttle on Concrete Pump Truck 混凝土泵车油门模糊PID控制器的研究
The multi-body dynamics is therefore proved useful to express the movement equation of the placer jib of concrete pump truck with each and all dynamic behavior expressed exactly. 证明了采用多体动力学方法建立的混凝土泵车臂架的运动方程,可以准确地描述泵车的各项动力学特性。
Structural Strength Analysis and Experimental Research of Concrete Pump Truck Based on Integrated Model 基于整体建模的混凝土泵车结构强度分析与试验研究
Modeling of Fuel Consumption and Optimization of Operating Conditions of Concrete Pump Truck 混凝土泵车发动机万有特性建模与工况优化
In order to verify the superiority of FTASVM, it was applied to the fault diagnosis of hydraulic pump of concrete pump truck. 通过对混凝土泵车的液压泵故障诊断,证明了该方法在明显提高分类速度的同时保证了较高的分类精度。
An entire concrete pump truck is analyzed for mode using MSC/ NASTRAN software. The intrinsic frequency is measured and the results verified the calculation. 采用MSC/NASTRAN软件对某水泥混凝土泵车进行了整机模态分析,对其固有频率进行了测试,实验数据验证了计算的正确性。
The concrete pump truck is a main equipment of construction machinery during commercial concrete transportation and deposition. 混凝土泵车是商品混凝土运输、浇筑施工的主要设备之一。
The concrete pump truck is used as one of the main equipments that transports concrete. The vibration and dependability directly influence the progress of construction progress. 水泥混凝土泵车作为混凝土输送的主要设备之一,其振动性能和可靠性直接影响施工的进度。
An experimental study and mode analysis of concrete pump truck 水泥混凝土泵车模态分析与实验研究
The Dynamic Modeling and Simulation of the Hydraulic System of the Concrete Pump Truck's Arm 混凝土泵车臂架液压系统动态建模与仿真
Study on the Vibration Characteristics and Structural Optimal Design of the Concrete Pump Truck 水泥混凝土泵车振动性能与结构优化设计研究
Kinematic Analysis, Trajectory Programming, Optimal Control Modelling and Emulation of Placing Mechanism for Concrete Pump Truck 混凝土泵车布料机构运动学分析及轨迹规划控制建模与仿真
Influence of structural dynamic characteristic by concrete pump truck's impact load 混凝土泵车冲击载荷对结构动态特性的影响
Design of Control System Optimizing Algorithm for Concrete Pump Truck 混凝土泵车控制系统优化算法的设计
Study of reliability fatigue life of cement concrete pump truck structure 水泥输送泵车结构可靠性疲劳寿命研究
Structure optimal design of concrete pump truck 水泥混凝土输送泵车结构优化设计
Robust design based on fuzzy theory for the boom system of concrete pump truck 基于模糊理论的混凝土泵车臂架系统稳健设计
Structure model analysis and experiment test of concrete pump truck 混凝土泵车结构模态分析与试验
The Measurement and Research on Impact of Hydraulic System of Concrete Pump Truck 水泥混凝土泵车液压系统测试与冲击研究
In this paper, the ADAMS software is used to establish the model of concrete pump truck. The response of the arm frame is analyzed by different impact load. 使用ADAMS软件建立了混凝土泵车臂架系统的动力学仿真分析模型,对泵车臂架系统在不同峰值的油缸冲击载荷下的动态响应进行了详细分析。
Investigation of pumping energy in concrete pump truck 关于混凝土泵车泵送能的探讨
The simulation result shows: the dynamic characteristics of the hydraulic system of the Concrete Pump Truck's arms can be improved by optimizing the parameters of the damping ratio, flow coefficient, flow-pressure coefficient and magnifying coefficient. 仿真结果表明:通过优化平衡回路的阻尼比,流量系数,流量压力系数和放大系数等参数,可以改善泵车臂架液压系统的动态特性。
Method of Natural Frequency Optimization Design for Concrete Pump Truck 混凝土泵车固有频率优化的设计方法
This paper makes some significance for further improving concrete pump truck arm frame system and suppression research on arm frame vibration. 本课题所做的工作对混凝土泵车臂架系统的进一步完善和臂架末端振动的抑制研究有一定的指导意义。
Concrete pump truck has the advantages of flexibility, high efficiency and good pouring quality, so it plays an important role in infrastructure construction and national economic development. 混凝土泵车具有灵活机动、工作效率高、浇注质量好等优点,在基础设施建设和国民经济发展中发挥了重要作用。
With construction and reconstruction of our cities speeding up, engineer mechanism arms are widely used for architecture engineering and municipal works, such as concrete pump truck and demolishing robot and so on. The working effects depend on the driving system. 随着我国城市建设和改造步伐的加快,工程机械臂已广泛应用于建筑工程、市政工程等领域,如混凝土泵车、拆除机器人等,其工作效果主要取决于驱动系统。
The construction machinery has been the important industries for the national economy development, as the advanced concrete mechanical equipment, the concrete pump truck has the characteristics which are the system structure is complex and difficult to maintenance. 工程机械已成为国民经济发展的重要产业,混凝土泵车作为高端混凝土工程机械装备,具有系统构成复杂、维护难度大等特点。