Program
October 17 |
Monday |
Fragblast 13 |
October 18 |
Tuesday |
Fragblast 13 |
October 19 |
Wednesday |
Fragblast 13 |
Technical Program (China Standard Time) |
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Monday, October 17, 2022 |
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08:30 am – 09:00 am |
Opening Ceremony |
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Keynote Presentation I Chair: Wenbo Lu |
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09:00 am – 09:30 am |
Keynote presentation 1: Prof. J. A. Sanchidrián A close-up look to the effect of energy input on fragment size. New data and analysis of the delay through the fragmentation-energy fan |
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09:30 am – 10:00 am |
Keynote presentation 2: Prof. Renshu Yang Some new progress in the fundamental theory and technology of rock blasting |
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10:00 am – 10:15 am |
Coffee/tea break |
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Session 1: Mechanics of Rock Blasting and Blasting Model Chair: Daniel Johansson, Ming Tao |
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10:15 am – 10:30 am |
Flyrock model validation and application |
C. K. McKenzie |
10:30 am – 10:45 am |
Influence mechanism of rock joints in blasting fragmentation |
Yingguo Hu |
10:45 am – 11:00 am |
Modeling of fines and the effect of joints in blasting using the fracture density model (FDM) |
C. M. Lownds |
11:00 am – 11:15 am |
A study of strain-rate effect on red sandstone with different water-bearing processes |
Liansheng Liu |
11:15 am – 11:30 am |
Estimation of peak pressure acted on blasting hole wall and bottom at the condition of coupled charge |
Ziru Guo |
11:30 am – 11:45 am |
The influence of complex stress history on rock blasting fragmentation caused by short delay time |
Xuan Xu |
11:45 am – 01:30 pm |
Lunch break |
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Session 2: Rock Fragments Prediction and Blast Simulation Chair: Pablo Segarra, Ziru Guo |
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01:30 pm – 01:45 pm |
The effect of in-situ stresses on rock fragmentation induced by short-term delay blasting |
Zhixian Hong |
01:45 pm – 02:00 pm |
A real-time rock fragmentation analysis using a deep neural network |
T. Bamford |
02:00 pm – 02:15 pm |
Blasting fines ore rate control measures in aggregate mines |
Haiwang Ye |
02:15 pm – 02:30 pm |
Fracture mechanism of frozen layer and blasting fragments control in alpine plateau open-pit bench |
Zhenyang Xu |
02:30 pm – 02:45 pm |
Study on regulation effect of initiation position on transmission of explosion energy and its comparison and selection in tunnel cutting blasting |
Yubo Yang |
02:45 pm – 03:00 pm |
Influence of blast design and rockmass properties on fragmentation induced by blasting: A review |
R.M. Bhatwadekar |
03:00 pm – 03:15 pm |
The blasting pile formation process of rock mass bench blasting under water based on fluid solid coupling model of Fluent and EDEM |
Liang Wu |
03:15 pm – 03:30 pm |
Study on propagation characteristics of axial detonation wave of mining linear charges |
Yusong Miao |
03:30 pm – 03:45 pm |
Application of the random forest methodology for fragmentation analysis on historical blasting records |
J. L. Aros |
03:45 pm – 04:00 pm |
Coffee/tea break |
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Session 3: Blasting Induced Damage Chair: Panagiotis Katsabanis, Peng Yan |
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04:00 pm – 04:15 pm |
The SHPB test and cell model construction in the study of the damage threshold of siltstone |
Qingcheng Zhang |
04:15 pm – 04:30 pm |
An equivalent simulation method of blast-induced damage zone during deep tunnel excavation |
Peng Yan |
04:30 pm – 04:45 pm |
Study of vibrations in far and near field to determine the technical feasibility of massive blasting |
R. Mondaca |
04:45 pm – 05:00 pm |
Safe thickness of surrounding rock on the face of the tunnel in water-rich fault zone by drilling and blasting |
Guopeng Lv |
05:00 pm – 05:15 pm |
Propagation characteristics of stress wave induced by tunnel blasting in surrounding rock |
Xianzhong Meng |
05:15 pm – 05:30 pm |
Practical validation of methodologies for estimation and direct measurement of dynamic pressure in rock massifs |
M. Ortiz |
05:30 pm – 05:45 pm |
Influence analysis and protection measures of underwater drilling and blasting on surrounding environment |
Chenyang Ma |
05:45 pm – 06:00 pm |
Blast vibration study to analyse the response of backfill material in an underground mine |
Lucía Conde- Fernández |
Tuesday, October 18, 2022 |
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Keynote Presentation Ⅱ Chair: Cameron McKenzie |
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08:30 am – 09:00 am |
Keynote presentation 3: Dr. Ruilin Yang Some key concepts employed for applied rock blast modelling |
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09:00 am – 09:30 am |
Keynote presentation 4: Dr. A.T. Spathis Bezier and other curve fits to fragmentation data |
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09:30 am – 09:45 am |
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Session 4: Blasting Vibration Chair: Ewan Sellers, Yingguo Hu |
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09:45 am – 10:00 am |
Prediction of the dominant frequency of blasting vibration during tunnel excavation |
Wenbo Lu |
10:00 am – 10:15 am |
A mathematical model for estimating nearfield Peak Particle Velocity in a 3D space surrounding a blasthole |
S. Behera |
10:15 am – 10:30 am |
A comparative study of vibration characteristics induced by different kinds of blast-holes |
Haixiao Zhou |
10:30 am – 10:45 am |
Analysis of the evolution of blast-induced seismic components with the source characteristics considered |
Qidong Gao |
10:45 am – 11:00 am |
Comparative study of ground vibration induced by rock blasting and train movement |
V. K. Himanshu |
11:00 am – 11:15 am |
Discussion on the discreteness of the attenuation parameters of the peak particle velocity induced by blasting |
Zhaowei Yang |
11:15 am – 11:30 am |
A Method for Determining the Time Parameters of Electronic Detonators in Tunnel Blasting |
Xiaodong Wu |
11:30 am – 11:45 am |
Vibration characteristics of medium-deep-hole bench delay blasting |
Moxi Zhao |
11:45 am – 12:00 pm |
Dynamic response of high and thin rock slope under blasting vibration: A case study |
Pengchang Sun |
12:00 pm – 01:30 pm |
Lunch break |
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Session 5: Blast Impact Assessment and Control Chair: Pradeep Kumar Singh, Haiwang Ye |
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01:30 pm – 01:45 pm |
Dynamic failure mechanism of gas pipeline with flange interface under blasting vibration |
Nan Jiang |
01:45 pm – 02:00 pm |
Evaluation of drilling and blasting using explosives based on general adherence of the drilling and rock blasting plan |
Xiaobao Tian |
02:00 pm – 02:15 pm |
Dynamic failure behavior of buried cast iron gas pipeline with local external corrosion subjected to blasting vibration |
Bin Zhu |
02:15 pm – 02:30 pm |
Safety criterion of high density polyethylene drainpipe with a gasketed bell and spigot joint subjected to blasting vibration |
Yuqi Zhang |
02:30 pm – 02:45 pm |
Flyrock estimation using O-Pitdev Deviation Measurement System - A case study |
A. Oliveira |
Session 6: Electronic Detonators, New Explosives and Explosive Performance Chair: Lina López, Luqing Wang |
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02:45 pm – 03:00 pm |
Failure reliability evaluation of electronic detonator subjected to shock loading in underground blasting |
Zhendong Leng |
03:00 pm – 03:15 pm |
Experimental study on digital electronic detonator cut blasting of rock roadway of Gubei Coal Mine |
Yanbing Wang |
03:15 pm – 03:30 pm |
Case analysis of blasting demolition of water-filled and non-water-filled cofferdam in dock |
Chenfa Li |
03:30 pm – 03:45 pm |
Applied research of micro-encapsulation technology in controlling explosion performance of emulsion explosives |
Yangfan Cheng |
03:45 pm – 04:00 pm |
Microstructure and properties of bulk NdFeB permanent magnet prepared by explosive compaction method |
Liang Zhang |
04:00 pm – 04:15 pm |
Coffee/tee break |
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Session 7: Demolition and Special Blasting Chair: Yongsheng Jia, Jinshan Sun |
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04:15 pm – 04:30 pm |
Clean breaching for reinforced concrete wall by small-scale blasting |
S. Kubota |
04:30 pm – 04:45 pm |
Numerical simulation of blast demolition using visual DFA |
Chanhwi Shin |
04:45 pm – 05:00 pm |
Influence of Rebar on Stress Wave and Crack Propagation Behavior in Small-Scale Blasting of RC Structures by Indoor Blasting Tests |
Y. Takahashi |
05:00 pm – 05:15 pm |
Water Medium Energy Transfer Blasting Technology |
Jianfei Qin |
05:15 pm – 05:30 pm |
Research on Key Technology of New Air Energy Expansion Blasting |
Ying Fang |
05:30 pm – 05:45 pm |
Research on hyper-shaped charge at the bottom of column charge blasting |
Deyun Yu |
Wednesday, October 19, 2022 |
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Keynote Presentation Ⅲ Chair: William Adamson |
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08:30 am – 09:00 am |
Keynote presentation 5: Dr. Yongsheng Jia Innovation and Application of Key Technologies for Demolition Blasting of Large Structures |
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09:00 am – 09:30 am |
Keynote presentation 6: Dr. Dale Preece GEM (Geologic Element Motion) blast heave modeling utilizing different element shapes and energy partitioning |
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09:30 am – 09:45 am |
Coffee/tee break |
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Session 8: Sustainable Blasting, New Developments and Case Studies Chair: Alex Spathis, Changping Yi |
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09:45 am – 10:00 am |
Value chain optimization for grade engineering by mine-wide fragmentation optimisation |
E. J. Sellers |
10:00 am – 10:15 am |
Impacts of digital revolution in blasting operations |
V. F. Barcelos |
10:15 am – 10:30 am |
Impact resistance of high-toughness cement-based composites using low-carbon technique |
Lingling Hu |
10:30 am – 10:45 am |
Designing of blasting pattern for excavation of drives in paste backfilled stopes of an underground metalliferous mine |
A. K. Vishwakarma |
10:45 am – 11:00 am |
A preliminary investigation of relation between characteristic impedance of rock and penetration rate |
Defeng Hou |
11:00 am – 11:15 am |
Drilling and blasting technology of equilateral triangle hole slanting initiation step |
Zhiqiang Guan |
11:15 am – 11:30 am |
Rock mass assessment of limestone mine for blast fragmentation – A case study |
R.M. Bhatawdekar |
11:30 am – 11:45 am |
Mechanically operated probe to survey ring-blastholes in a safe and efficient way |
P. Segarra |
11:45 am – 12:00 pm |
Closing Ceremony |
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Fragblast 13 Papers |
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No. |
Paper Title |
Presenter |
Affiliation |
Mechanics of Rock Blasting |
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1 |
Some new progress in the fundamental theory of rock blasting |
Renshu Yang |
University of Science and Technology Beijing |
2 |
Flyrock model validation and application |
C.K. Mckenzie |
Blastechnology |
3 |
Experimental research on cast-blasting process based on 3D digital image correlation |
Xinnan Cui |
Ansteel Beijing Research Institute |
4 |
Discussion on the discreteness of the attenuation parameters of the peak particle velocity induced by blasting |
Zhaowei Yang |
Changjiang River Scientific Research Institute |
5 |
The influence of complex stress history on rock blasting fragmentation caused by short delay time |
Xuan Xu |
Beijing Institute of Technology |
6 |
Hierarchical characterization joint surface roughness coefficient of rock joint based on VMD-GA-SA |
Xuesong Wang |
Shenyang University of Technology |
7 |
A study of strain-rate effect on red sandstone with different water-bearing processes |
Liansheng Liu |
Jiangxi University of Science and Technology |
8 |
Estimation of peak pressure acted on blasting hole wall and bottom at the condition of coupled charge |
Ziru Guo |
Anhui University of Science and Technology |
Rock Fragments Prediction and Control |
|||
1 |
A close-up look to the effect of energy input on fragment size. New data and analysis of the delay through the fragmentation-energy fan |
J. A. Sanchidrián |
Universidad Politécnica de Madrid |
2 |
Influence mechanism of rock joints in blasting fragmentation |
Yingguo Hu |
Changjiang River Scientific Research Institute |
3 |
Blasting fines ore rate control measures in aggregate mines |
Haiwang Ye |
Wuhan University of Technology |
4 |
Application of the random forest methodology for fragmentation analysis on historical blasting records |
J. L. Aros |
Enaex |
5 |
Study on the mechanism of the delay time to control rock fragmentation by blasting |
Xin Liu |
Shenyang University of Technology |
6 |
Bezier and other curve fits to fragmentation data |
A.T. Spathis |
Houdini Phantom Research |
7 |
Influence of blast design and rockmass properties on fragmentation induced by blasting: A review |
CSIR-Central Institute of Mining and Fuel Research |
|
8 |
Fracture mechanism of frozen layer and blasting fragments control in alpine plateau open-pit bench |
Zhenyang Xu |
University of Science and Technology LiaoNing |
9 |
Study on regulation effect of initiation position on transmission of explosion energy and its comparison and selection in tunnel cutting blasting |
Yubo Yang |
Chang'an University |
10 |
A real-time rock fragmentation analysis using a deep neural network |
K. Esmaeili |
University of Toronto |
11 |
Modeling of fines and the effect of joints in blasting using the fracture density model (FDM) |
C. M. Lownds |
Dyno Nobel Inc |
Blast Impact Assessment and Control |
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1 |
Dynamic failure mechanism of gas pipeline with flange interface under blasting vibration |
Nan Jiang |
China University of Geosciences, Wuhan |
2 |
Evaluation of drilling and blasting using explosives based on general adherence of the drilling and rock blasting plan |
W. V. BOAS |
Federal University of Rio Grande do Sul |
3 |
Research and optimization of interval charge structure of surrounding holes in tunnel excavation |
Jiangchao Liu |
Beijing University of Technology |
4 |
Flyrock estimation using O-Pitdev Deviation Measurement System - A case study |
A. Oliveira |
O-Pitblast |
5 |
Dynamic failure behavior of buried cast iron gas pipeline with local external corrosion subjected to blasting vibration |
Bin Zhu |
China University of Geosciences, Wuhan |
6 |
Safety criterion of high density polyethylene drainpipe with a gasketed bell and spigot joint subjected to blasting vibration |
Yuqi Zhang |
China University of Geosciences, Wuhan |
Blasting Damage and Blasting Vibration |
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1 |
Prediction of the dominant frequency of blasting vibration during tunnel excavation |
Wenbo Lu |
Wuhan University |
2 |
Study of vibrations in far and near field to determine the technical feasibility of massive blasting |
R. Mondaca |
Enaex |
3 |
Prediction of surface vibration waveform caused by tunnel blasting |
Shihai Chen |
Huaqiao University |
4 |
A mathematical model for estimating nearfield Peak Particle Velocity in a 3D space surrounding a blasthole. |
S. Behera |
Indian Institute of Technology, Kharagpur |
5 |
Nonlinear characteristic analysis of blasting vibration signal of digital electronic detonator |
Quanmin Xie |
Jianghan University |
6 |
Blast vibration study to analyse the response of backfill material in an underground mine |
Lucía Conde-Fernández |
University of Oviedo |
7 |
Safe thickness of surrounding rock on the face of the tunnel in water-rich fault zone by drilling and blasting |
Guopeng Lv |
China University of Geosciences, Wuhan |
8 |
Practical validation of methodologies for estimation and direct measurement of dynamic pressure in rock massifs |
M. Ortiz |
Enaex |
9 |
Dynamic response of high and thin rock slope under blasting vibration: A case study |
Pengchang Sun |
China Academy of Railway Sciences Corporation Limited |
10 |
Comparative study of ground vibration induced by rock blasting and train movement |
V. K. Himanshu |
CSIR-Central Institute of Mining and Fuel Research |
11 |
The SHPB test and cell model construction in the study of the damage threshold of siltstone |
Qingcheng Zhang |
State Key Laboratory for GeoMechanics and Deep Underground Engineering |
12 |
A comparative study of vibration characteristics induced by different kinds of blast-holes |
Haixiao Zhou |
Chang’an University |
13 |
Propagation characteristics of stress wave induced by tunnel blasting in surrounding rock |
Xianzhong Meng |
China University of Geosciences, Wuhan |
14 |
Analysis of the evolution of blast-induced seismic components with the source characteristics considered |
Qidong Gao |
Chang’an University |
15 |
An equivalent simulation method of blast-induced damage zone during deep tunnel excavation |
Peng Yan |
Wuhan University |
16 |
Analysis of the influence of urban underground tunnel excavation blasting on surface vibration attenuation |
Xinzhe Nian |
Jianghan University |
17 |
Influence analysis and protection measures of underwater drilling and blasting on surrounding environment |
Chenyang Ma |
Changjiang River Scientif ic Research Institute |
Blasting Model and Blast Simulation |
|||
1 |
GEM (Geologic Element Motion) blast heave modeling utilizing different element shapes and energy partitioning |
D. S. Preece |
Dyno Nobel Inc |
2 |
Numerical simulation study of underwater rock mass excavation based on energy-relief blasting technology |
Tengfei Li |
Wuhan University of Science and Technology |
3 |
Multiple Blasthole Dynamic Pressure (MBDP) Model and its applications |
Ruilin Yang |
Orica Limited |
4 |
The blasting pile formation process of rock mass bench blasting under water based on fluid solid coupling model of Fluent and EDEM |
Liang Wu |
Wuhan University of Science and Technology |
5 |
Some key concepts employed for applied rock blast modelling |
Ruilin Yang |
Orica Limited |
6 |
Experimental study on failure effect of lateral blasting crater under unidirectional initial load |
Haibao Yi |
State Key Laboratory of Safety and Health for Metal Mines |
7 |
The effect of in-situ stresses on rock fragmentation induced by short-term delay blasting |
Ming Tao |
School of Resources and Safety Engineering, Central South University |
Open-pit and Underground Blasting |
|||
1 |
Study on propagation characteristics of axial detonation wave of mining linear charges |
Yusong Miao |
Qingdao University of Technology |
2 |
Application of on-site mixed emulsion explosive loading vehicle in high altitude underground mining blasting |
Feng Tian |
BGRIMM Technology Group |
3 |
Drilling and blasting technology of equilateral triangle hole slanting initiation step |
Lingui Wang |
Dachang construction group Co., Ltd. |
4 |
Designing of blasting pattern for excavation of drives in paste backfilled stopes of an underground metalliferous mine |
A. K. Vishwakarma |
CSIR-Central Institute of Mining and Fuel Research |
5 |
Research on hyper-shaped charge at the bottom of column charge blasting |
Deyun Yu |
North Blasting Technology Co., Ltd. |
6 |
Vibration characteristics of medium-deep-hole bench delay blasting |
Moxi Zhao |
China University of Geosciences, Wuhan |
7 |
Research on Key Technology of New Air Energy Expansion Blasting |
Ying Fang |
Likai Engineering Equipment (Shenzhen) Company Limited |
Demolition and Special Blasting |
|||
1 |
Clean breaching for reinforced concrete wall by small-scale blasting |
S. Kubota |
National Institute of Advanced Industrial Science and Technology |
2 |
Microstructure and properties of bulk NdFeB permanent magnet prepared by explosive compaction method |
Liang Zhang |
Northeastern University |
3 |
Numerical simulation of blast demolition using visual DFA |
Chanhwi Shin |
Jeonbuk Naitonal University |
4 |
Controlled Blasting Demolition of 555 m Long Arch Aqueduct Based on Preserving Piers in Complicated Space |
Pu Wang |
Zhejiang Gaoneng Corporation of Blasting Engineering |
5 |
Influence of Rebar on Stress Wave and Crack Propagation Behavior in Small-Scale Blasting of RC Structures by Indoor Blasting Tests |
Y. Takahashi |
National Institute of Advanced Industrial Science and Technology |
6 |
Key technology and application of energy-gathering cutting blasting demolition of towering steel structures |
Xiaoguang Zhou |
China University of Mining and Technology-Beijing |
Sustainable Blasting and New Developments |
|||
1 |
Value chain optimization for grade engineering by mine-wide fragmentation optimisation |
E. J. Sellers |
CSIRO |
2 |
Impacts of digital revolution in blasting operations |
V. F. Barcelos |
Orica |
3 |
Impact resistance of high-toughness cement-based composites using low-carbon technique |
Lingling Hu |
Jianghan University |
4 |
Mechanically operated probe to survey ring-blastholes in a safe and efficient way |
P. Segarra |
Universidad Politécnica de Madrid – ETSI Minas y Energía |
Case Studies |
|||
1 |
A preliminary investigation of relation between characteristic impedance of rock and penetration rate |
Zongxian Zhang |
University of Oulu |
2 |
Computational techniques for prediction of rock fragmentation due to blasting in a tropically weathered limestone |
R. M. Bhatawdekar |
Universiti Teknologi Malaysia |
3 |
Water Medium Energy Transfer Blasting Technology |
Jianfei Qin |
Bureau 8 Co., Ltd. of Powerchina |
4 |
Rock mass assessment of limestone mine for blast fragmentation – A case study |
R. M. Bhatawdekar |
Universiti Teknologi Malaysia |
Electronic Detonators, New Explosives and Explosive Performance |
|||
1 |
Failure reliability evaluation of electronic detonator subjected to shock loading in underground blasting |
Zhendong Leng |
China Gezhouba Group Explosive Co., Ltd. |
2 |
Experimental study on digital electronic detonator cut blasting of rock roadway of Gubei Coal Mine |
Yanbing Wang |
China University of Mining & Technology, Beijing |
3 |
Case analysis of blasting demolition of water-filled and non-water-filled cofferdam in dock |
Chenfa Li |
Darch Construction Group Co., Ltd. |
4 |
Applied research of micro-encapsulation technology in controlling explosion performance of emulsion explosives |
Zhonghua Wang |
Anhui University of Science and Technology |
5 |
Thermal stability analysis of on-site mixed emulsion explosives containing waste engine oil |
Weibo Sun |
Xi’an University of Science and Technology |
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General Program
October 15-21, 2022 Hangzhou, China | 版本所有:中国爆破行业协会主办 ICP备案号:京ICP备13004870号