Keynote addresses |
Fragmentation characterization; the Swebrec function and its use in blast engineering |
| F. Ouchterlony |
Intra-hole and inter-hole effects in typical blast designs and their implications on explosives energy release and detonator delay time – A critical review |
| B. Mohanty |
Rock characterization |
Mechanical characterization of rocks at high strain rate by the JRC modified Hopkinson bar: a tool in blast and impact assessment |
| E. Cadoni, M. Dotta, D. Forni, P. Giorgetti, G. Riganti & C. Albertini |
Rate dependence of tensile/flexural strengths of Laurentian granite |
| F. Dai & K. Xia |
Determination of dynamic fracture parameters of rocks using a semi-circular bend technique |
| R. Chen & K. Xia |
Dynamic caustics experiment of blast-induced crack propagation in material containing plane of weakness |
| R. Yang, Z. Yue, J. Dong, J. Zhang & X. Niu |
3-Dimensional visualization of granitic rocks subjected to impact loading using Micro-focus X-ray CT scanner |
| S.H. Cho, S.K. Kim, B. Mohanty, K. Xia & K. Katsuhiko |
An application of fuzzy sets to the blastability assessment of rock mass |
| Y. Azimi, M. Osanloo, M. Aakbarpour-Shirazi & A. Aghajani-Bazzazi |
Hydrothermal alteration impact on drilling and blasting management, planning and fragmentation results |
| C. Muñoz & N. Guerra |
How 3D images support bench face profiling, blast planning and rock mass characterisation |
| A. Gaich, M. Pötsch, P. Moser & W. Schubert |
Referenced 3D images from inside cavities and behind rings in sublevel caving |
| M. Wimmer, F. Ouchterlony, P. Moser, A. Nordqvist & G. Lenz |
Explosives and Initiation systems |
Study of the effect of particle size distribution on the detonation velocity of modified ANFO |
| L.S. Liu, C.P. Wu & X.G. Wang |
Application of Heavy ANFO explosives in quarries nearby Istanbul |
| T. Hüdaverdi, E. Guclu & C. Kuzu |
Development of low density reactive agents |
| G. Silva & C. Scherpenisse |
Evaluation of salt-ANFO mixture in back break reduction by data envelopment analysis |
| I. Enayatollahi & A. Aghajani-Bazzazi |
Properties of alternatively fueled ammonium nitrate explosives |
| C. Hurley, V. Petr, S. Liu & J. Banker |
Use of furnace oil as liquid fuel in site mixed slurry explosive system – A case study |
| G.K. Pradhan, M. Pradhan & N.R. Thote |
A long-hole open stope blast in hot ground |
| S. Roberge, M. Verreault & D. Roy |
A new principal formula for the determination of explosive strength in combination with the rock mass strength |
| P.A. Rustan |
Study and application of an elliptical bipolar linear shaped charge |
| J.F Qin, R.X. Qin & H.H. Li. |
Limitations of electronic delays for the control of blast vibration and fragmentation |
| D.P. Blair |
Pre-programmed electronic detonators for underground blasting |
| G. Teowee & D. Lansburg |
The key technique of highly precise and safe delay detonator without primary explosive |
| Z.W. Shen & H.H. Ma |
Blast design, monitoring and fragmentation assessment |
A common form for fragment size distributions from blasting and a derivation of a generalized Kuznetsov’s x50-equation |
| F. Ouchterlony |
Formulae and techniques for assessing features of blast-induced fragmentation distributions |
| A.T. Spathis |
Evaluating a calibration method for the estimation of fragmented rock 3D-size-distribution out of 2D images |
| S. Outal, J. Schleifer & E. Pirard |
Fragmentation size measurement using 3D surface imaging |
| M. J. Thurley |
Evaluation of some distribution functions for describing rock fragmentation data |
| J.A. Sanchidrián, P. Segarra, L.M. López, F. Ouchterlony & P. Moser |
Influence of rock mass blastability on explosive energy distribution |
| S.S. Mitrović, L.M. Kričak, M.N. Negovanović, I.V. Janković & D.I. Zeković |
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A practical method of bench blasting design for desired fragmentation based on digital image processing technique and Kuz-Ram model |
| I.C. Engin |
Kuznetsov model’s efficiency in estimation of mean fragment size at the Sungun copper mine |
| S. Gheibie, H. Aghababaei, S.H. Hoseinie & Y. Pourrahimian |
Determination of the practicable burden in Sungun open-pit mine, Iran |
| H. Khoshrou, M. Badroddin & E. Bakhtavar |
Control of rock fragmentation and muck pile geometry during production blasts (environmentally friendly blasting technique) |
| B. Müller, J. Hausmann & H. Niedzwiedz |
The application of electronic monitors to understand blast movement dynamics and improve blast designs |
| D.M. Thornton |
New methodology for the quality control of long-hole drilling in underground hard rock mines |
| K.Q. Liu |
Causes, implications and control of oversize during blasting |
| S.P. Singh & R. Narendrula |
Tunnel blast pattern design using short holes |
| H. Mansouri, H. Shiva, M.A. Ebrahimi-Farsangi & H. Darbani |
Modelling of rock blasting |
Simulation of real detonations as an energy source term for the Hybrid Stress Blasting Model |
| M. Braithwaite, G.J. Sharpe & G.P. Chitombo |
Developments in numerical modeling of blast induced rock fragmentation: Updates from the HSBM project |
| J.K. Furtney, P.A. Cundall & G.D. Chitombo |
Towards a complete validation of the lattice scheme in the Hybrid Stress Blasting Model (HSBM) |
| I. Onederra, G. Chitombo, P. Cundall & J. Furtney |
Modelling the impact of sublevel caving blast design and performance on material recovery |
| I.D. Brunton |
A numerical investigation of the effect of blasthole delay in rock fragmentation |
| A. Mortazavi & E.F. Salmi |
Use of a modified particle-based method in simulating blast-induced rock fracture |
| J. Yoon & S. Jeon |
A new 3D simulation framework to model blast induced rock mass displacement using physics engines |
| A. Tordoir, D. Weatherley, I. Onederra & A. Bye |
Large scale concrete cube blasts for the HSBM model |
| E.J. Sellers, M. Kotz, L. Dipenaar & M. Ruest |
Analysis of single particle fragmentation curves after drop weight impact of blast induced fragments |
| P.D. Katsabanis |
Waves, fractures and boundary effects associated with blast experiments conducted in cylindrical and block type specimens |
| H.P. Rossmanith, K. Uenishi & V. Hochholdinger-Arsic |
Seismic radiation patterns from cylindrical explosive charges by analytical and combined finite-discrete element methods |
| L.F. Triviño, B. Mohanty & A. Munjiza |
Borehole excitation by oscillating/moving pressure band |
| K.R.Y. Simha & M. Ramesh |
New Blasting Simulation |
| T. Bernard |
Rock damage and wall control |
The size of the damage zone in relation to the linear charge concentration |
| M. Kilebrant, T. Norrgård & M. Jern |
The extent of blast damage from a fully coupled explosive charge |
| S.R. Iverson, W. Hustrulid, J.C. Johnson, D. Tesarik & Y. Akbarzadeh |
Crack lengths or blast damage from string emulsion and electronic detonators |
| F. Ouchterlony, M. Olsson & J. Svärd |
Controlled blasting (pre-splitting) at an open-pit mine in India |
| P.K. Singh, M.P. Roy, A. Joshi & V.P. Joshi |
Carving-like blasting technique and its application in rock anchor beam excavation |
| C. Xu |
Evaluation of Kiruna mine drifting data using the NIOSH design approach |
| W.A. Hustrulid & S.R. Iverson |
A study on the estimation of the Tunnel Contour Quality Index in a drill and blast tunnel |
| Y. Kim & A. Bruland |
Blasting in a large scale opening gallery – case study: Feter 6 gallery, Faryab chromate mine |
| J. Salari, M.A. Ebrahimi-Farsangi & H. Mansouri |
Effect of joint orientations on rock mass damage at a penstock tunnel subjected to repeated blast vibrations – a case study |
| M. Ramulu, P.B. Choudhury, A.K. Raina, A. Sinha & T.G. Sitharam |
New perspectives for blast damage evaluation in crystalline solid materials |
| C. Muñoz, N. Guerra & P. Mancilla |
Vibrations |
The impact of geological features on level of ground vibrations |
| T. Lewandowski, L. Richards , L. Hamson, M. Merchant & A. Spargo |
Determination of ‘safe’ infrastructure vibration levels using alternative approaches |
| A.J. Moore & E. Gad |
Assessment of the error of blast vibration measurements |
| P. Segarra, J.A. Sanchidrián, L.M. López, E. Querol & J. Gutiérrez |
Seismic wave monitoring and ground vibration analysis for bench blasting in Sungun open pit copper mine |
| Y. Azimi, S.H. Khoshrou, M.Osanloo & A. Sadeghee |
Impact assessment of surface mine blasting on adjacent underground mine structures using field measurements and numerical techniques |
| A.K. Jha, D. Deb & N.C. Jha |
Comparison of traditional near-field vibration prediction models with three-dimensional vibration scaling and blast wave energy |
| K.G. Fleetwood, E. Villaescusa, J. Li & R. Varden |
Influence of rock mass discontinuity networks on the seismic response parameters |
| E. Hamdi, H. Gasmi & N.B. Romdhane |
An integrated approach of signature hole vibration monitoring and modeling for quarry vibration control |
| R. Yang, D.S. Scovira & N.J. Patterson |
Vibration induced by drilling and blasting excavation process in high in-situ stress area |
| P. Yan, W.B. Lu, Y. Luo & M. Chen |
Monitoring of blast-induced vibration effects on structures by fiber Bragg grating |
| C. Drebenstedt & J. Ortuta |
3D hydrocode analyses of a mechanically stabilized earth retaining wall subjected to production blast vibrations at a surface coal mine |
| D.S. Preece, R. Yang, J. Pilz & Z.M. Zavodni |
Blast vibration study to analyse the response of a wind tower close to an open pit mine |
| I. Gómez-Márquez, F. García-Bastante & L.R. Alejano |
Environmental |
Mechanistic Monte Carlo models for analysis of flyrock risk |
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| T.N. Little & D.P. Blair |
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Fly rock prediction by multiple regression analysis in Esfordi phosphate mine of Iran |
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| A. Aghajani-Bazzazi, M.Osanloo & Y.Azimi |
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Evaluation of meteorological effects on airblast levels |
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| A.B. Richards & P.S. Howarth |
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Characterising dust generation from blasting |
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| A. Scott, S. Michaux & I. Onederra |
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Greenhouse gas implications of explosives and blasting |
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| G.F. Brent |
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Blast emission criteria and detection methods for the safeguarding of marine mammals in a blast environment |
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| R.A. Godson |
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Blasting economics and downstream effects |
Optimization of blasting in narrow reef mines in South Africa |
| F.J. Fourie, T. Zaniewski & M. Cross |
Productivity improvement in an opencast coal mine in India using digital image analysis technique |
| A.K. Raina, M. Ramulu, P.B. Choudhury, A.K. Chakraborty, A. Sinha, B. Ramesh-Kumar & M. Fazal |
Throw blasting analysis - a focus on coal uncovery and recovery rates |
| G.F. Brent & M.J. Noy |
The application of a blast audit for production improvement |
| S.G. Giltner & A.E. Koski |
Estimate of support and reinforcement cost increase associated to poor blasting practices in drifting |
| L. Alejano, E. Alonso, A. Rodríguez-Dono, C. Ordóñez & D. Córdova |
Case studies |
Maximizing the throw while controlling vibration within safe limits in cast blasting |
| P.K. Singh, M.P. Roy, A. Roy, S.K. Jha & A.K.B. Singh |
Six Sigma® methodology applied to blasting |
| S. Mencacci, D. Jacquet, O. Vandenabelle, R. Chavez, J.F. Couvrat & Y. Sarrey |
A practical approach to fragmentation optimization at Kidd Mine |
| G. Bekkers |
Infrastructure design effects on the Pipa Norte Mine, Division El Teniente |
| H. Constanzo & M. Piérola |
Successful application of bamboo spacers in smooth wall blasting for highway construction in hilly terrain – a case study |
| C. Sawmliana, P. Pal-Roy & R.K. Singh |
Controlled blasting for protection of water production wells at Cerro Corona |
| E. Diaz-Leturia & Y. Cano-Pérez |
Hard rock dimension stone quarrying using control blasting, case study: Shahkooh granite quarry |
| M. Afsharian, M.A. Ebrahimi-Farsangi & H. Mansouri |
A research on the propagation law of the shock wave in underwater blasting and the bubble curtain protection |
| Y. Long, Q.J. Xu, L.Z. Shao, Y.Z. Sun, X.B. Xie & Q.M. Xie |
New progress and development of engineering blasting in China |
| X.G. Wang, D.S. Liu & J.H. Zhou |
Advances in precision blasting in China |
| X.Q. Xie & W.B. Lu |
Special blasting applications |
Explosive synthesis for lithium battery materials |
| X.H. Xie, J. Zhu & H.S. Zhou |
Effect of explosion waves on stacked wood chips in a closed vessel |
| Y.C. Liu, L.S. Liu, C.P. Wu, J.L. Dou & X.G. Wang |
FEM simulation of a reinforced concrete chimney blasting demolition with separate model |
| G.X. Zhang, J. Yang, G.L. Yang & L.L. Jiang |
Demolition of arch portion of brick and mortar constructed railway bridge |
| S.K. Mandal, C. Sawmliana, P. Pal-Roy, M.M. Singh & M.K. Gupta |
Measurement of the vibration from the blasting demolition of a tall chimney |
| Y. Ogata, S. Kubota, K. Kato, Y. Wada & M. Kato |