电磁制动器

汽车电磁制动器CAD平台的研究与开发

Research and development of computer aided design platform in electromagnetic brake

本文采用不可压缩MHD方程及零方程湍流模式，数值计算了加电磁制动器的二维薄板坯连铸结晶器中的流场。

Using incompressible MHD equations and zero equation turbulent model , the paper calculated the flow field in two dimension thin slab continuous casting mould with the electromagnetic brake ( EMBR ) .

对梅钢2号连铸机采用的FC-Mold（FlowControlMold）全幅2段电磁制动器使用效果进行了研究。

The using effect of Flow Control Mold Electromagnetic Brake ( EMBR ) at 2 # continuous caster in Meishan Steel was studied .

基于UG的车辆电磁制动器虚拟装配系统开发

Development of Vehicle Electric-brake Virtual Assembly System Based on UG

为此根据位势理论和Maxwell方程，建立电磁制动器在制动盘某点处产生的磁感应强度预测模型。

According to potential theory and Maxwell equations , the prediction model of magnetic induction on some point of the brake disc generated by the electromagnetic brake was built .

新型电磁制动器的挂车防抱死控制及其仿真

The ABS and simulation of trailer in use of new electromagnetic brakes

磁路形状对电磁制动器制动安全性的研究

Study on Braking Safety of Electromagnetic Brake Owing to Magnetic Circuit Shape

电磁制动器的数字控制系统设计与应用

Design and Application of Digital Control System for Electromagnetic Arrester

电磁制动器类的控制电路设计和应用

Design and Application of Control Circuit for the Sort of Electromagnetic Arrester

基于损失模型的电磁制动器稳健优化设计

Robust Optimal Design for Electric Brake Based on Loss Model

车辆电磁制动器电磁体磁场分析

Analysis on magnetic field of electromagnet for electric brake

采用电磁制动器的拖挂式房车制动力分析研究

Study and analysis on the braking force of towed trailer used electric brake

直流电磁制动器电源的处理

Treatment of Power Supply for DC Electromagnetic Brake

如何排除电磁制动器的响声

How to Eliminate the Noise in Electromagnetic Brake

盘形直流电磁制动器在铲运机上的应用

Application of Disc DC Electromagnetic Brake in Scraper

新型拖车电磁制动器的研究

Research on New Type of Electromagnetic Brake

建立合理的数学模型，对电磁制动器结构参数进行了稳健优化设计。

The robust optimal design for electric brake is based on a reasonable mathematical model ;

起重及冶金电机用电磁制动器工作原理与选用

Working Principle and Selection of the Electromagnetic Brake of Motor for Crane and Metallurgical Applications

单轴挂车电磁制动器制动力的分析研究牵引力、制动力和粘着力浅析

Study and analysis of the braking force of towed trailer using electromagnetic brake with single shaft

织布机用电磁制动器

Magnetic Brake for Looms

并对传统优化结果和稳健优化设计所得结果进行了比较、分析和讨论，结果表明，稳健设计后的电磁制动器的性能得到了较大的改善和提高。

It is proved that the design which is applied to the result can improve the performance of the electromagnetic brake .

电磁制动器的励磁电压为直流205伏，整流器电源为交流220伏。

Rated voltage of the electromagnetic brake is205V ( DC ) . Supply voltage of the rectifier si220v ( AC ) .

且磨损均匀，满足了工作寿命的相关要求，为电磁制动器安全制动、延长工作寿命提供了保证。

The attrition is even to satisfy the requirement of its working life , which provides the electromagnetic brake with better security and longer working life .

采用驱动电机模拟发动机工况，利用电磁制动器控制电流实现制动力矩的控制来模拟道路阻力。

Engine working conditions were simulated by drive motor , the road resistance was simulated through electromagnetic brake controlled current to achieve the control of braking torque .

当前，汽车技术的发展对电磁制动器的设计提出了高性能、低成本和短周期的要求，迫切需要借助计算机辅助设计技术为电磁制动器的设计提供支撑。

In nowadays , with the development of automobile , higher performance , lower cost , and shorter lifecycle have become new requirements for the designing of electromagnetic brake .

电磁制动器是一种新开发的新型车用制动器，保证制动性能并对该制动器的关键部件电磁体进行优化设计十分重要。

The electromagnetic brake is a newly developed vehicle brake . To assure braking safety and to optimize the design of key part of electromagnetic body are of great importance .

从稳健设计的角度，给出对制动器结构参数进行稳健优化的方法，以及进行电磁制动器关键部件电磁体设计的算法流程。

From the robust design standpoint , the method to optimize brake structure parameter is also introduced . The algorithms to design the key part of electromagnetic brake are presented .

电磁制动器力矩特性斜率与转子参数关系的研究电场极化对碱基对质子转移和电子传递的影响

Making Clear Relationships between Electromagnetic Brake ′ s Torque-Speed Ratio and Its Rotor Dimensions Theoretical Investigations of Electric Field Effect on the Hydrogen Bonding and Electron Transport in DNA Base Pairs

基于模糊控制策略控制电磁制动器线圈电流大小的方法，并设计车辆控制模型。

Based on fuzzy control theory , the control strategy that controlling the current of the electromagnetic brake coil by fuzzy controlled method was proposed , the vehicle control model was designed .

电磁制动器在国外已普遍应用于拖挂式车辆制动系统中，作为关系汽车安全的关键部件之一，其性能的好坏将直接影响汽车整车的安全性能。

Electromagnetic brake has been widely used in the tractor / trailer braking system abroad , as one of critical parts in automobile , the performance of it influences the safety performance of automobile directly .