高耸冷却塔原地塌落爆破工艺分析
[1] 翟国锋,谭 灵.双曲线型冷却塔爆破拆除设计与分析[J].爆破,2012,29(4):8789,139.
[2] ZHAI Guofeng,TAN Ling.Design and analysis of blasting demolition of hyperbolic cooling tower[J].Blasting,2012,29(4):8789,139.(in Chinese)
[3] 江天生,王振毅,蒋跃飞.赤峰元宝山电厂105 m冷却塔爆破拆除[J].爆破,2013,30(3):8890,134.
[4] JIANG Tiansheng,WANG Zhenyi,JIANG Yuefei.Blasting demolition of 105 m cooling tower in Chifeng Yuanbaoshan Power Plant[J].Blasting,2013,30(3):8890,134.(in Chinese)
[5] 费鸿禄,高建军,张超逸,等.冷却塔爆破拆除塔壁触地解体规律研究[J].爆破,2019,36(4):8695.
[6] FEI Honglu,GAO Jianjun,ZHANG Chaoyi,et al.Study on the disintegration law of cooling tower wall in blasting demolition[J].Blasting,2019,36(4):8695.(in Chinese)
[7] 徐鹏飞,唐 英,张英才,等.冷却塔高卸荷槽切口爆破拆除倒塌受力破坏过程研究[J].爆破,2019,36(4):96102,107.
[8] XU Pengfei,TANG Ying,ZHANG Yingcai,et al.Study on collapse and stress failure process of high unloading groove notch blasting demolition of cooling tower[J].Blasting,2019,36(4):96102,107.(in Chinese)
[9] 边作青,张纪云,高帅杰,等.高卸荷槽技术在100 m高冷却塔爆破拆除中的应用[J].现代矿业,2018,34(7):197199.
[10] BIAN Zuoqing,ZHANG Jiyun,GAO shuaijie,et al.Application of high unloading groove technology in blasting demolition of 100 m high cooling tower[J].Modern Mining,2018,34(7):197199.(in Chinese)
[11] 张宝岗,赵明生,余红兵,等.切口角度对冷却塔爆破拆除影响研究[J].爆破,2018,35(1):109115.
[12] ZHANG Baogang,ZHAO Mingsheng,YU Hongbing,et al.Study on the influence of notch angle on blasting demolition of cooling tower[J].Blasting,2018,35(1):109115.(in Chinese)
[13] 刘 辉,曹 娟,刘瑞华.控制爆破技术在双曲线冷却塔爆破拆除中的应用[J].价值工程,2013,32(31):13.DOI:10.14018/j.cnki.cn131085/n.2013.31.081.
[14] LIU Hui,CAO Juan,LIU Ruihua.Application of controlled blasting technology in blasting demolition of hyperbolic cooling tower[J].Value Engineering,2013,32(31):13.DOI:10.14018/j.cnki.cn131085/n.2013.31.081.(in Chinese)
[15] 高文乐,李坤鹏,刘志成,等.减荷槽数量对双曲线冷却塔倒塌效果的影响研究[J].爆破,2020,37(4):116126.
[16] GAO Wenle,LI Kunpeng,LIU Zhicheng,et al.Study on the influence of the number of load reduction slots on the collapse effect of hyperbolic cooling tower[J].Blasting,2020,37(4):116126.(in Chinese)
[17] 白晓阳,樊永利.大型冷却塔控制爆破技术及危害控制研究[J].现代制造技术与装备,2021,57(5):116117.DOI:10.16107/j.cnki.mmte.2021.0389.
[18] BAI Xiaoyang,Fan Yongli.Study on controlled blasting technology and hazard control of large cooling tower[J].Modern Manufacturing Technology and Equipment,2021,57(5):116117.DOI:10.16107/j.cnki.mmte.2021.0389.(in Chinese)
[19] 付天杰,王全杰,刘 刚.123 m双曲线冷却塔控制爆破拆除[J].爆破,2012,29(3):8285.
[20] FU Tianjie,WANG Quanjie,LIU Gang.Controlled blasting demolition of 123 m hyperbolic cooling tower[J].Blasting,2012,29(3):8285.(in Chinese)
[21] 申文胜,李介明,黄立丰,等.冷却塔爆破拆除切口定向窗形状选取的探讨[C]∥中国爆破新技术Ⅲ,2012:733739.
[22] SHEN Wensheng,LI Jieming,HUANG Lifeng,et al.Discussion on the shape selection of notch directional window in blasting demolition of cooling tower[C]∥New Blasting Technology in China III,2012:733739.(in Chinese)
李介明. 高耸冷却塔原地塌落爆破工艺分析[J]. 爆破, 2023, 40(1): 124. LI Jieming. Analysis on Blasting Technology of Insitu Collapse of Highrise Cooling Tower[J]. BLASTING, 2023, 40(1): 124.