爆破工程

爆破工程/Blasting Engineering

UEC 开展爆破工程设计/施工......

(1)2007年拜仁钼矿选矿车间二期厂房需要挖掘地基，二期厂房地基紧邻一期厂房，地基岩体为中风化花岗岩，爆破要求不能影响一期车间的生产。不能对一期厂房形成破坏。采用控制爆破成功完成地基基础施工。Smooth Blasting(2007) The projection is a second workshop foundation of Beiren Mu mine’s benefication in Inner Mongolia ,which is near by first workshop. Rock is mid weathering granite. Blasting can’t affect all work of first workshop structure during blasting. Controlling blast had finished for the foundation.

(2)岩锚梁爆破是控制爆破中最难的爆破（2002~2003）。采用专有聚能管的聚能爆破，能够对岩锚梁实施最精准的爆破切割施工。The difficult thing is blast for rock-bolting wall in underground cave tunnel（2002）. The special shaped charge blasting can precisely cut rock mass.

(3) 爆破系列软件2DBench, 2DFace, 2DRing, 2Dview, JKBMS设计效果／The results of blasting design are shown with 2DBench , 2DFace, 2DRing, 2Dview

(1)厂房原貌(2007)
Plant viewing

(1)爆破钻孔(2007)
Drilling & blasting

(1)装药(2007)
Charging

(1)制作线性药包(2007)
Making Line explosive package

(1)导爆索与导火索连接(2007)
Link detonating cord to detonating pipe

(1)爆破后-采暖管完好(2007)
Heating Tubes is not damaged after blasting

(2)常规单孔(2003)
Normal single hole

(2)常规单孔起爆之后(2003)
Normal single hole after detonating

(2)常规单孔起爆之后数值分析(2003)
Numercial analysis for normal single hole after detonating

(2)常规单孔起爆之后数值分析(2003)
Numerical analysis normal single hole after detonating

(2)采用180度聚能管单孔起爆之后(2003)
180-shaped-charge-pipe in single hole after detonating

(2)采用180度聚能管单孔起爆之后数值分(2003)
Numerical analysis for 180-shaped-charge-pipe in single hole after detonating

(2)采用180度聚能管单孔起爆之后数值分析(2003)
Numerical analysis for 180-shaped-charge-pipe in single hole after detonating

(2)多个180度聚能管多孔起爆之后(2003)
Many 180-shaped-charge-pipe single hole after detonating

(2)多个180度聚能管多孔起爆之后数值分(2003)
Numerical analysis for many 180-shaped-charge-pipe single hole after detonating

(2)135度聚能管单孔起爆之后(2003)
135-shaped-charge-pipe in single hole after detonating

(2)采用多个180度和90度聚能管多孔爆破切割台阶
Mixing many 180-shaped-charge-pipe & 90 -shaped-charge-pipe single hole after blasting for cutting steps(2003)

(2) 采用多个180度和90度聚能管多孔起爆之后
(2003)Numerical analysis for mixing 180-shaped-charge-pipe & 90 -shaped-charge-pipe single hole after detonating

(2)180度和90度聚能管多孔爆破切割台阶数值分析
(2003)Numerical analysis for mixing many 180-shaped-charge-pipe & 90-shaped- charge-pipe single hole for cutting steps

(2)多个180度和90度聚能管多孔爆破切割台阶
(2003)Mixing many 180-shaped-charge-pipe & 90 -shaped-charge-pipe single hole for cutting steps

(2)多个180度和90度聚能管多孔爆破切割窗口
(2003)Mixing many 180-shaped-charge-pipe & 90 -shaped-charge-pipe single hole after blasting for cutting windows

(2)180度和135度聚能管多孔爆破切割岩锚梁
(2003)Mixing many 180-shaped-charge-pipe & 135 -shaped-charge-pipe single hole for cutting bolting-rock-wall

(2)岩锚梁爆破结果(2003)
Blasting results of bolting-rock-wall

(3)2D RING 爆破设计(2015)
2D RING blasting design

(3)Holmberg PPV轮廓(2015)
Holmberg PPV contours

(3)2D FACE破碎度分布模型(2015)
2D FACE fragmentation model

(3)2D FACE 炸药能量分布（4D视图）(2015)
Explosive dynamic energy distribution(4D)

(3)2D FACE 炸药能量分布（3D视图）(2015)
Explosive dynamic energy distribution(3D)

(3)炸药能量分布(2D)(2015)
Explosive energy distribution(2D)

(3)炸药爆炸能量分布(2015)
Explosive energy distribution

(3)炸药能量分布(2015)
Explosive energy distribution

(3)在2D View里查看2D Bench(2015)
2D Bench in 2D View

(3)在2D View里查看2D FACE(2015)
2D FACE in 2D View

(3)2DFACE隧道爆破设计（起爆时间）(2015)
2DFACE Blasting design for tunnel