液压盘式刹车系统制动钳制动力矩的设计

高燕; 宋胜涛; 王跃军; 韩美香; 郭太清

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液压盘式刹车系统制动钳制动力矩的设计

更新时间：2026-09-14

- 液压盘式刹车系统制动钳制动力矩的设计
- 液压盘式刹车系统制动钳制动力矩的设计
- Issue 5, (2012)
- 作者机构：
  
  1. 山西北方风雷工业集团有限公司成套装备研究所
  2. 中北大学机械工程与自动化学院
- 作者简介：
- 基金信息：
- DOI：
  CLC：
- Published：2012
- 稿件说明：
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高燕, 宋胜涛, 王跃军, et al. 液压盘式刹车系统制动钳制动力矩的设计[J]. 2012, (5).
DOI：

高燕, 宋胜涛, 王跃军, et al. 液压盘式刹车系统制动钳制动力矩的设计[J]. 2012, (5). DOI：

摘要

针对目前液压盘式刹车系统刹车力矩小

刹车性能不稳定等现状

基于老算法对制动转矩的计算原理设计了一种新算法

对制动钳的工作制动转矩

紧急制动转矩及驻车制动转矩

冗余安全设计等进行了计算.为提高液压盘式刹车系统的设计效率和安全系数

该算法从制动钳的工作原理出发

通过对制动钳的制动结构进行分析

以下放到井中的最重套管柱所形成的静制动转矩作为盘刹系统能满足的最小工作制动转矩为依据

通过验证计算结果

保障了液压盘式刹车系统的安全性和有效性.

Abstract

The current braking torque of the hydraulic disc braking system is small and braking performance is instable.A new algorithm was designed based on the braking torque's calculation of the old algorithm.The work braking torque

emergency braking torque

park braking torque and the redundant safety design were calculated in this new algorithm.To improve the design efficiency and safety coefficient of the hydraulic disc braking system

the algorithm based on the working principle of the braking caliper

through the braking structure analysis of the braking caliper

according to the static braking torque formed by the heaviest casing string that put into the well could be taken as the minimum working braking torque which the disc braking system could meet.The safety and effectiveness of the hydraulic disc braking system are safeguarded through the authentication and calculation of the result.

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