铁道建筑
鐵道建築
철도건축
Railway Engineering
2015年
10期
1-6
,共6页
高速铁路%线上设施%线下设施%牵引变电%接入网%系统集成
高速鐵路%線上設施%線下設施%牽引變電%接入網%繫統集成
고속철로%선상설시%선하설시%견인변전%접입망%계통집성
High speed railway%Online facilities%Offline facilities%Traction substation%Access network%System integration
高速铁路基础设施服役状态检测技术的研究是提高我国高速铁路服役品质和基础设施养护维修水平的基础,对我国高速铁路发展和长期安全运营具有重要意义.本文系统地介绍了我国高速铁路基础设施服役状态检测技术的最新研究成果及试验应用情况,包括高速铁路线上线下设施、牵引变电设备、接触网等基础设施服役状态监测与检测技术和装备,数据接入网技术和综合分析评估系统.此外,归纳了研究取得的基于超声导波的钢轨绝对应力及完整性监测评估技术等关键技术突破和基于多源数据整合的高速铁路检测与监测系统等主要创新点.建议进一步探讨高速铁路基础设施检测与监测系统的推广应用及在我国高速铁路大范围应用的模式.
高速鐵路基礎設施服役狀態檢測技術的研究是提高我國高速鐵路服役品質和基礎設施養護維脩水平的基礎,對我國高速鐵路髮展和長期安全運營具有重要意義.本文繫統地介紹瞭我國高速鐵路基礎設施服役狀態檢測技術的最新研究成果及試驗應用情況,包括高速鐵路線上線下設施、牽引變電設備、接觸網等基礎設施服役狀態鑑測與檢測技術和裝備,數據接入網技術和綜閤分析評估繫統.此外,歸納瞭研究取得的基于超聲導波的鋼軌絕對應力及完整性鑑測評估技術等關鍵技術突破和基于多源數據整閤的高速鐵路檢測與鑑測繫統等主要創新點.建議進一步探討高速鐵路基礎設施檢測與鑑測繫統的推廣應用及在我國高速鐵路大範圍應用的模式.
고속철로기출설시복역상태검측기술적연구시제고아국고속철로복역품질화기출설시양호유수수평적기출,대아국고속철로발전화장기안전운영구유중요의의.본문계통지개소료아국고속철로기출설시복역상태검측기술적최신연구성과급시험응용정황,포괄고속철로선상선하설시、견인변전설비、접촉망등기출설시복역상태감측여검측기술화장비,수거접입망기술화종합분석평고계통.차외,귀납료연구취득적기우초성도파적강궤절대응력급완정성감측평고기술등관건기술돌파화기우다원수거정합적고속철로검측여감측계통등주요창신점.건의진일보탐토고속철로기출설시검측여감측계통적추엄응용급재아국고속철로대범위응용적모식.
Detection technology of service state of high speed railway infrastructure in our country is an important foundation for improving the high speed railway service quality and infrastructure maintenance level,which has important significance to China high speed railway development and long-term safe operation. This paper introduced the latest research results and test application of high speed railway infrastructure service state detection technology, including high speed railway online and offline facilities,traction substation equipment and contact net,data access network technology and the comprehensive analysis and evaluation system. This paper also concluded key technology such as the rail absolute stress based on ultrasonic guided wave and the integrity monitoring and evaluation technology,and main innovation points including high speed railway detection and monitoring system based on multi source data integration,which suggests that further exploration should be made for the wide application pattern of detection and monitoring system in China high speed railway.