1) braking forces measuring
制动力检测
2) Automobile Braking Force Detecting
汽车制动力检测
1.
Application of ADuC812 in Automobile Braking Force Detecting System and Its Realization Methods in C Language;
ADuC812在汽车制动力检测中的应用及其C语言实现方法
3) dynamic detection
动力检测
1.
Based on the theory of dynamic detection,the deflections,the lateral amplitudes,vertical and lateral accelerations,and the vibration frequencies at the middle point of span were measured under speedup at the Xiaotanghe Bridge.
针对提速后的小唐河大桥,运用动力检测方法,对其梁跨中的动挠度、横向振幅、横向及竖向加速度、振动频率,梁端横向振幅,墩顶横向振幅、加速度、振动频率,桥墩基础顶(承台顶)横向振幅等进行了测量。
2.
Damage diagnosis by BP artificial network was brought forward because of the low precision by way of traditional dynamic detection.
在分析传统动力检测方法识别精度不足的基础上 ,提出用BP神经网络进行砌体房屋的损伤识别 ,并建立了多故障同时诊断的网络结构 ,采用频率和任两阶模态的频率变化比可对结构损伤位置和损伤程度进行识
3.
The theory and the research situation of dynamic detection of engin.
本文首先回顾和总结了工程结构动力检测的基本理论、研究状况和现有的动力检测方法,通过对比各种方法的优劣,指出利用结构损伤前后自振频率变化识别结构损伤的可行性及其优点。
4) dynamic testing
动力检测
1.
This paper presents the differences among different specifications about dynamic testing of pile foundation.
探讨了工程桩动力检测过程中执行规范的问题 ,特别是不同强制性规范之间存在的差异问题。
2.
In order to capture the real structural behavior of the skybridges, numerical modeling and dynamic testing were conducted using Averaged Normalized Power Spectral Density (ANPSD) and Modal Assurance Criteria (MAC).
在输入未知情况下对连廊进行动力检测。
5) dynamic test
动力检测
1.
Application of Improved genetic algorithm in optimal sensor placement for dynamic test of Harbin Sifangtai bridge;
大型桥梁动力检测测点优化的改进遗传算法及其应用
2.
Principles for dynamic test of cast-in-site bored pile and engineering application;
钻孔灌注桩动力检测原理及应用
3.
Brief introduction on the low strain dynamic test of the pile foundation
桩基低应变动力检测技术简介
6) brake detection
制动检测
1.
The brake detection system of automobile is to detect the performance of service and parking brake system and the brake direction stability.
汽车制动检测系统主要是完成对汽车行车制动系统和驻车制动系统制动效能与制动方向稳定性的检测,它是检测汽车安全的主要依据。
补充资料：制动器制动力分配系数
两轴汽车的前、后制动器制动力的比值一般为固定的常数。通常用前制动器制动力对汽车总制动器制动力之比来表明分配比例，即制动器制动力分配系数。
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