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 1 Lista de pappers a elección 1 1 Capítulo: Keynote addresses 1 Título: Fragmentation character ization; the Swebrec function and its use in blast engineering F. Ouchterlony 2 Título: Intra-hole and inter-hole effects in typical blast designs and their implications on explosives energy release and detonator delay timeA critical review B. Mohanty 1 2  Capítulo: Rock characterization 3 Título: Hydrothermal alteration impact on drilling and blasting management, planning and fragmentation results C. Muñoz & N. Guerra 1 3  Capítulo: Explosives and initiation systems 4 Título: Application of heavy ANFO explosives in quarries nearby Istanbul T. Hüdaverdi, E. Guclu & C. KuzuX.G . Wang 5 Título: Evaluation of salt-ANFO mixture in back break reduction by data envelopment analysis I. Enayatollahi & A. Aghajani-Bazzazi 6 Título: Study of the effect of particle size distribution on the detonation velocity of modified ANFO L.S. Liu, C.P. Wu & X.G. Wang 7 Título: A new principal formula for the determination of explosive strength in combination with the rock mass strength P.A. Rustan

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  • 1 Lista de pappers a eleccin

    1.1 Captulo: Keynote addresses

    1

    Ttulo: Fragmentation characterization; the Swebrec function and its use in blast engineering F. Ouchterlony

    2

    Ttulo: Intra-hole and inter-hole effects in typical blast designs and their implications on explosives energy release and detonator delay timeA critical review B. Mohanty

    1.2 Captulo: Rock characterization

    3

    Ttulo:

    Hydrothermal alteration impact on drilling and blasting management, planning and fragmentation results C. Muoz & N. Guerra

    1.3 Captulo: Explosives and initiation systems

    4

    Ttulo:

    Application of heavy ANFO explosives in quarries nearby Istanbul T. Hdaverdi, E. Guclu & C. KuzuX.G

    . Wang

    5

    Ttulo:

    Evaluation of salt-ANFO mixture in back break reduction by data envelopment analysis I. Enayatollahi & A. Aghajani-Bazzazi

    6

    Ttulo:

    Study of the effect of particle size distribution on the detonation velocity of modified ANFO L.S. Liu, C.P. Wu & X.G. Wang

    7

    Ttulo:

    A new principal formula for the determination of explosive strength in combination with the rock mass strength P.A. Rustan

  • 8

    Ttulo:

    Limitations of electronic delays for the control of blast vibration and fragmentation D.P. Blair

    1.4 Captulo: Blast desing

    9

    Ttulo:

    A common form for fragment size distributions from blasting and a derivation of a generalized Kuznetsovs x50-equation F. Ouchterlony

    10

    Ttulo:

    Formulae and techniques for assessing features of blast-induced fragmentation distributions A.T. Spathis

    11

    Ttulo:

    Fragmentation size measurement using 3D surface imaging M.J. Thurley

    12

    Ttulo:

    Evaluation of some distribution functions for describing rock fragmentation data J.A. Sanchidrin, P. Segarra, L.M. Lpez, F. Ouchterlony & P. Moser

    13

    Ttulo:

    Influence of rock mass blastability on explosive energy distribution S.S. Mitrovic, L.M. Kricak, M.N. Negovanovic, I.V. Jankovic & D.I. Zekovi

    14

    Ttulo:

    A practical method of bench blasting design for desired fragmentation based on digital image processing technique and Kuz-Ram model I.C. Engin

    15

    Ttulo:

    Control of rock fragmentation and muck pile geometry during production blasts (environmentally friendly blasting technique) B. Mller, J. Hausmann & H. Niedzwiedz

  • 16

    Ttulo:

    The application of electronic monitors to understand blast movement dynamics and improve blast designs D.M. Thornton

    17

    Ttulo:

    Causes, implications and control of oversize during blasting S.P. Singh & R. Narendrula

    1.5 Captulo:Modelling

    18

    Ttulo:

    A numerical investigation of the effect of blasthole delay in rock fragmentation A. Mortazavi & E.F. Salmi

    19

    Ttulo:

    Waves, fractures and boundary effects associated with blast experiments conducted in cylindrical and block type specimens H.P. Rossmanith, K. Uenishi & V. Hochholdinger-Arsic

    1.6 Captulo: Rock damage: 20

    Ttulo:

    The size of the damage zone in relation to the linear charge concentration M. Kilebrant, T. Norrgrd & M. Jern

    21

    Ttulo:

    The extent of blast damage from a fully coupled explosive charge S.R. Iverson, W.A. Hustrulid, J.C. Johnson, D. Tesarik & Y. Akbarzadeh

    22

    Ttulo:

    Crack lengths or blast damage from string emulsion and electronic detonators F. Ouchterlony, M. Olsson & J. Svrd

    23

    Ttulo:

    New perspectives for blast damage evaluation in crystalline solid materials C. Muoz, N. Guerra & P. Mancilla

  • 1.7 Captulo:Vibration

    24

    Ttulo:

    Determination of safe infrastructure vibration levels using alternative approaches A.J. Moore & E. Gad

    25

    Ttulo:

    Assessment of the error of blast vibration measurements P. Segarra, J.A. Sanchidrin, L.M. Lpez, E. Querol & J. Gutirrez

    26

    Ttulo:

    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

    27

    Ttulo:

    Influence of rock mass discontinuity networks on the seismic response parameters E. Hamdi, H. Gasmi & N.B. Romdhane

    28

    Ttulo:

    Vibration induced by drilling and blasting excavation process in high in-situ stress area P. Yan, W.B. Lu, Y. Luo & M. Chen

    1.8 Captulo: Environmental 29

    Ttulo:

    Mechanistic Monte Carlo models for analysis of flyrock risk T.N. Little & D.P. Blair

    30

    Ttulo:

    Evaluation of meteorological effects on airblast levels A.B. Richards & P.S. Howarth

    31

    Ttulo:

    Greenhouse gas implications of explosives and blasting G.F. Brent

    1.9 Captulo: Blasting economics

    32

    Ttulo:

    The application of a blast audit for production improvement S.G. Giltner & A.E. Koski

    LouisResaltado

    LouisResaltado