NEW DEVELOPMENT ON ENGINEERING BLASTING-(工程爆破新进展)-4 本书特色

  本书为炸药与爆破亚太国际会议论文集，由中国工程爆破协会组织整理，收录了近两年来亚太地区部分国家爆破领域的学术论文95篇。论文既有反映工程爆破和爆破器材服务于各国重大工程建设的创新成果和技术总结，也有具有前瞻性的理论研究和试验工作，全面反映了亚太地区部分国家工程爆破器材和理论领域近年来所获得的新成就和新经验。本书可供从事爆破工程科研、设计、施工的技术人员阅读，也可供从事爆破工作的培训人员和管理人员以及高校相关专业师生参考。

NEW DEVELOPMENT ON ENGINEERING BLASTING-(工程爆破新进展)-4 内容简介

  爆破技术的进步永无止境，变革和创新是激励广大爆破技术工作人员不断进取的强大动力。该书的出版希望能促进各国工程爆破学术的交流，进一步开拓爆破技术的应用领域，加强爆破新技术的开发和创新，重视爆破理论和数值模拟技术研究，按照精细爆破的思路，努力使各种爆破作业做到更安全、更科学、更环保。

NEW DEVELOPMENT ON ENGINEERING BLASTING-(工程爆破新进展)-4 目录

1 blasting theory
1 14 k.n. trubetskoy, s.d. victorov, v.m. zakalinsky(russia) scientific and technological aspects of blast action control in mineral deposit mining
2 z-3 xu zhenyang,yang jun, yu qi(china) study on the mechanism of linear shaped jet splitting target based upon high-speed 3d dic
3 10 cameron mckenzie(australia)，mike osborne(usa) beyond environmental vibration compliance
4 z-34 shi fuqiang, liao xueyan, jiang yaogang, gong zhigang(china) study on crush progress of rock in delay blasting
5 17 s.d. victorov, n.n. kazakov, a.v.shlyapin,  i. n. lapikov(russia) camouflet blasting of a finite length borehole charge
6 z-1 wei xiaolin(china) multibody-discretebody dynamics to control building demolished by blasting
7 11 a.p. gospodarikov(russia) mathematical model of seismic impact on operating underground gas pipelines
8 z-57 liu wei，yan shilong, hu kunlun, li hongwei (china) numerical analysis for blasting demolition of the smaller height-width ratio framed structure
9 23 yumin li, ettore contestabile, abass braimah, bert von rosen(canada) explosive cratering to finite size of earth structure
10 z-70 wang huxin, wu chunping,cui xinnan , chen he(china) numerical simulation for effect of stemming in blasting
11 20 v.n. kowalewski, z.g. dambaev(russia) estimation of quasi-static action of explosion products in the directed destruction of rock
12 z-23 jiang nan，zhou chuanbo，luo xuedong，lu shiwei (china) damage characteristics of surrounding rock subjected to vcr mining blasting
13 8 r. pramanik, d. deb(india) dynamic failure mechanism of rock mass using smoothed particle hydrodynamics
14 z-13 jiang dongping, liu weizhou, zhang xiliang(china) a supernal security regression method of blast vibration
15 37 shiro kubota, kana nishino,yuji wada,yuji ogata(japan) numerical estimation of crater size of the rc wall caused by blasting
16 z-20 guo lianjun , shao anlin 2, zhang daning , ma xufeng2, yang yuehui , zhang guojian 1, sun houguang (china) research on energy consumption characteristics and energy density per unit time of rock crushing by impact load
17 26 young-hun ko, jung-gyu kim, yousong noh, myeong-jin shin, hyung-sik yang(south korea) evaluation of progressive collapse of blasting demolition for culvert structures
18 z-10 zhang jiaming, li pingfeng, zhou ming’an(china) vertical shaft blasting parameters design software based on visual basic
19 40 a.a. eremenko, s.v. fefelov, v.a. eremenko(russia) distribution of blasting-induced dynamic events in rock mass
20 z-35 liao xueyan, shi fuqiang, jiang yaogang ,gong zhigang(china) study on numerical simulation of rock blasting based on sph
21 z-14 li ming, chen nengge, liu weizhou (china)  validation research test of aqua overpressure blasting by the numerical simulation

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