1) bead rupture
胎圈爆
2) Blowout
[英]['bləu'aut] [美]['blo'aʊt]
爆胎
1.
Tire Blowout Reason and Protective Measare of Cars in Highway;
汽车在高速公路上爆胎原因及防治措施
2.
Increasing traffic accidents arise because of the blowout.
因爆胎而造成的交通事故日益成为严重的问题。
3.
Runflat tires keep functioning safely for a specified distance at a specified maximum speed after losing pressure or blowout.
泄气保用轮胎是失压甚至爆胎后仍能继续以较高速度安全行驶一段较长路程的轮胎。
3) Tire blow-out
爆胎
1.
This article analyzed the course of tire blow-out when it is in high speed,introduced TPMS (Tire Pressure Monitoring System) to avoid the tire blow-out,and analyzed the principle and the function of TPMS,the author also puts forwards some suggestions in drawing the compellent standands which are in the safety of vehicle.
通过对汽车高速行驶爆胎过程的分析,介绍了现代汽车防止车辆爆胎的轮胎气压监测系统(TPMS),并简要分析比较了两种方式TPMS的基本作用和工作原理,结合国内外TPMS的发展现状,对我国修订汽车安全方面的强制性标准提出了建议。
2.
As statistics show, 70%-80% of the traffic accidents which happened in superhighway are caused by tire blow-out.
据统计,在高速公路上发生的交通事故有70%-80%是由于爆胎引起的,怎样防止爆胎已成为汽车安全的一个重要课题。
3.
Based on the results of tire experiments,the vehicle\'s kinetic behavior after tire blow-out was analyzed.
根据轮胎实验结果,对爆胎汽车的运动特性进行了分析,提出了利用差动制动的方法对汽车的运动轨迹进行控制,结合传统的稳定性控制方法,进一步研究保持爆胎汽车稳定性的控制方法。
4) Tire burst
爆胎
1.
Design of tire burst piezoelectric sensor;
汽车爆胎压电传感器的设计
2.
It is reported that about 46% of accidents are due to tire malfunction, and for tire burst only, it makes up 70% of the total amount.
爆胎是高速公路上的一种常见事故形态。
5) tyre burst
爆胎
1.
Exact analysis on the causes and types of tyre burst is the base of confirming the fact of accident accurately.
在交通事故中,汽车轮胎爆胎是常见形态,准确分析爆胎原因和类型,是正确认定事故事实的基础。
6) bead
[英][bi:d] [美][bid]
胎圈
1.
Effect of enhancing steel cord angle on properties of TBR tire bead;
钢丝加强层帘线角度对全钢载重子午线轮胎胎圈性能的影响
2.
Application of accelerator DZ to bead compound of bias truck tire;
促进剂DZ在载重斜交轮胎胎圈钢丝胶中的应用
3.
Simulation for cracking propagation in bead of TBR with FEA;
载重子午线轮胎胎圈处裂纹扩展的有限元模拟
补充资料:胎圈
分子式:
CAS号:
性质:又称子口。指轮胎安装在轮辋上的部分,由胎圈芯和胎圈包布等组成。它能承受因内压而产生的伸张力,同时还能克服轮胎在拐弯行驶中所受的横向力作用,使外胎不致脱出轮辋。因此它必须有很高的强力,结构应紧密坚固,不易发生变形。
CAS号:
性质:又称子口。指轮胎安装在轮辋上的部分,由胎圈芯和胎圈包布等组成。它能承受因内压而产生的伸张力,同时还能克服轮胎在拐弯行驶中所受的横向力作用,使外胎不致脱出轮辋。因此它必须有很高的强力,结构应紧密坚固,不易发生变形。
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