|国家预印本平台
首页|重庆江北国际机场沥青道面监测与分析

重庆江北国际机场沥青道面监测与分析

hongqing Jiangbei international airport asphalt pavement monitoring and response

中文摘要英文摘要

为了探究机场沥青道面的力学响应,解决我国机场沥青道面工作特性数据匮乏的被动局面,在重庆江北国际机场建立了沥青道面监测系统并进行了机场道面响应的分析。采用光纤传感器布排、信息融合及无线局域网技术,建立了适用于机场沥青道面结构信息获取的监测系统。基于该系统分析了飞机荷载作用位置分布特点、飞机滑跑速度、道面温度环境及代表荷载、温度条件下道面响应值。结果表明,建立的道面监测系统可获取连续的道面响应信息。飞机荷载偏移规律服从正态分布。飞机在联络道的滑跑速度为20-30km/h。机场沥青道面响应远高于公路沥青路面。

In order to study and monitor the diseases of airport asphalt pavement, and to solve the passive situation of lacking of airport asphalt pavement working data in our country, the asphalt pavement monitoring system is established at Chongqing Jiangbei international airport and the response is analyzed. By using the layout of fiber Bragg grating sensors, information fusion and WLAN technology, the monitoring system for airport asphalt pavement structure acquisition was established, based on which, aircraft load position distribution characteristics, taxing speed, pavement temperature environment and pavement response characteristics under the representative load and temperature condition were analyzed. Results show that airport asphalt pavement response can be continuously obtained by the pavement monitoring system. And, the data and video are not lost. Aircraft load migration obeys normal distribution. Aircraft taxing speed at taxing way is 20~30km/h. Airport asphalt pavement strain response is much higher than that of highway asphalt pavement.

董泽蛟、谭忆秋、王海朋

航空公路运输工程工程基础科学

道路工程沥青道面沥青飞机荷载光纤光栅监测系统响应

road engineeringasphalt pavementaircraft loadfiber Bragg gratingmonitoring systemresponse

董泽蛟,谭忆秋,王海朋.重庆江北国际机场沥青道面监测与分析[EB/OL].(2016-02-01)[2025-08-06].http://www.paper.edu.cn/releasepaper/content/201602-20.点此复制

评论