中国工程科学
中國工程科學
중국공정과학
ENGINEERING SCIENCE
2014年
11期
86-89
,共4页
爆破开采%安全论证%桥梁%隧道%高陡边坡
爆破開採%安全論證%橋樑%隧道%高陡邊坡
폭파개채%안전론증%교량%수도%고두변파
mine-blasting%safety demonstration%bridges%tunnels%high-steep slopes
结合长期开展爆破开采区保护对象安全性论证的实例，系统分析爆破振动对桥梁、隧道及边坡的影响以及相互间的力学关系。应用风险分析原理提出安全论证方法和控制危险有害因素的技术手段，并以划区控制爆破参数的普适工艺建立标准化的过程控制体系。
結閤長期開展爆破開採區保護對象安全性論證的實例，繫統分析爆破振動對橋樑、隧道及邊坡的影響以及相互間的力學關繫。應用風險分析原理提齣安全論證方法和控製危險有害因素的技術手段，併以劃區控製爆破參數的普適工藝建立標準化的過程控製體繫。
결합장기개전폭파개채구보호대상안전성론증적실례，계통분석폭파진동대교량、수도급변파적영향이급상호간적역학관계。응용풍험분석원리제출안전론증방법화공제위험유해인소적기술수단，병이화구공제폭파삼수적보괄공예건립표준화적과정공제체계。
With mine-blasting field examples meeting the needs of protected object safety demonstration for a long time,systematically analyze the impact of blasting vibration on bridg-es,tunnels and slopes,etc.,and the mechanical relationships between each other. Using of risk analysis principles,it puts forward safety demonstrating method and hazardous factors control-ling technique,and establishes the common procedure of blasting parameters zoning control to realize a standardized process control system. The technology has been gradually improved af-ter several applications.
