1) Simulation Platform on the Liquid Infiltration-Extrusion
液固挤压仿真平台
2) hydraulic simulator
液压仿真转台
1.
Robust control of hydraulic simulators using a μ-synthesis approach;
液压仿真转台μ综合法鲁棒控制设计
2.
A robust compound control structure is presented for hydraulic simulator,which suffers from severe time-varying uncertainty and external disturbance,and whose performance requirement,such as high-accuracy tracking control,becomes higher and higher.
针对液压仿真转台具有时变不确定性、复杂外干扰等特点和高精度控制性能要求,提出了一种鲁棒复合控制结构,该结构由鲁棒内回路补偿器、外回路反馈控制器和输入信号前馈补偿器三部分组成。
3.
A synchronization control strategy is presented based on coordinated control according to the electrohydraulic servosystem’s nonlinear characteristic in hydraulic simulator.
针对液压仿真转台中框同步驱动系统的特点,提出一种基于协调控制的同步控制策略。
3) simulation platform
仿真平台
1.
Design and Implementation of Simulation Platform on the Liquid Infiltration-extrusion Process for Fabrication of MMC(Metal Matrix Composites);
液-固挤压复合材料工艺仿真平台设计与实现
2.
Design and implementation of simulation platform for networked control systems;
网络控制系统仿真平台的设计与实现
3.
An extensible propulsion simulation platform:Part Ⅱ-extensible framework;
可扩展的推进系统仿真平台:部分Ⅱ-可扩展的框架结构
4) simulating platform
仿真平台
1.
Aiming at the profound reform of testing and fault diagnosis architecture,this paper put forward a new idea of constructing fault diagnosis simulating platform after the data bus technology has been applied to the missile control system.
针对应用总线后导弹控制系统测试及故障诊断体制发生的深刻变革,提出了建立故障诊断仿真平台的思想。
2.
The developed graphics interaction program of middlesize RoboCup league simulating platform is introduced.
介绍了中型组机器人足球比赛仿真平台的图形交互程序。
5) platform simulation
平台仿真
6) liquid-solid extrusion
液固挤压
1.
A real-time monitoring system is developed,which is aiming at the difficulties of controlling liquid-solid extrusion process and the key parameters.
针对液态浸渗挤压复合材料成形过程实施难度大、工艺参数和成形过程难以控制的现存问题,以PCI数据采集控制卡为核心,采用LabVIEW软件设计开发了工艺实时监控系统;实现了对工艺过程中重要参数的在线采集、显示与存储,利用该监控系统进行液固挤压复合材料实验,基本实现了对温度等关键工艺参数的过程控制;实验结果表明了该系统的可靠性,从而为真空吸渗挤压复合材料工艺的实际应用奠定了基础。
补充资料：等静挤压(见静液挤压)
等静挤压(见静液挤压)
isostatic extrusion
豁穿凿“、15。stati。e一、二)见静“
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条