建筑电气
建築電氣
건축전기
BUILDING ELECTRICITY
2014年
6期
54-58
,共5页
张科杰%范宏飞%黄克俭
張科傑%範宏飛%黃剋儉
장과걸%범굉비%황극검
桥梁%雷击风险评估%人身伤亡损失风险%物理损害%直击雷防护%雷击大地密度%跨步电压%截收面积
橋樑%雷擊風險評估%人身傷亡損失風險%物理損害%直擊雷防護%雷擊大地密度%跨步電壓%截收麵積
교량%뢰격풍험평고%인신상망손실풍험%물리손해%직격뢰방호%뢰격대지밀도%과보전압%절수면적
bridge%lightning risk assessment%loss risk of personal injury%physical damage%direct lightning protection%ground flash density%step voltage%interception area
以GB/T 21714-2008系列标准为依据，给出桥梁雷击风险识别与评估计算方法。并以武汉二七长江大桥为例，介绍雷击风险评估步骤和内容。在此基础上，对武汉二七长江大桥可能存在的雷击风险与防护措施进行综合评述。
以GB/T 21714-2008繫列標準為依據，給齣橋樑雷擊風險識彆與評估計算方法。併以武漢二七長江大橋為例，介紹雷擊風險評估步驟和內容。在此基礎上，對武漢二七長江大橋可能存在的雷擊風險與防護措施進行綜閤評述。
이GB/T 21714-2008계렬표준위의거，급출교량뢰격풍험식별여평고계산방법。병이무한이칠장강대교위례，개소뢰격풍험평고보취화내용。재차기출상，대무한이칠장강대교가능존재적뢰격풍험여방호조시진행종합평술。
The methods for identifying and assessing the bridge lightning risks based on the GB/T 21714 - 2008 series standards are presented and the assessment procedures and contents of lightning risks by taking the Erqi Changjiang River Bridge in Wuhan as an example are introduced. Then, the possible lightning risks and protective measures for Erqi Changjiang River Bridge in Wuhan are comprehensively reviewed.
