NEW DEVELOPMENT ON ENGINEERING BLASTING-工程爆破新进展-5 内容简介

　　《工程爆破新进展（5 英文版）》内容涉及：来自美国、日本、韩国、俄罗斯、印度、蒙古以及中国爆破专家撰写的有关爆破方面的新理论和爆破技术新等学术文章，并心此参加今年9月在中国舟山召开的《第五届亚太爆破技术会议》。《工程爆破新进展（5 英文版）》为全英文撰写，由中国工程院院士汪旭光主编。会议每两年召开一次，与会均为亚太地区爆破专家，至今已召开过4届。《工程爆破新进展（5 英文版）》融合了东西方爆破技术和相关规范，法规等，为全球爆破技术交流提供了很好的平台。

NEW DEVELOPMENT ON ENGINEERING BLASTING-工程爆破新进展-5 目录

1 Overview and Blasting Theory
Some of Physical Aspects of the Explosive Destruction of Rocks
Review about Mechanism of Rock Fragmentation Due to Quasi-static Effect of Explosion Gas
Using the Multiple Seed Waveform （MSW） Blast Vibration Model to Predict Dynamic Strain Induced
bv Blastina
Study on 3D Digitalization Technique of Blasting Quality Measurement and Evaluation
Xp——frag： New Model to Predict Fragmentation from Blasting
Research Status and Development Tendency of Large-diameter Deep-hole Blasting Technology
in Underground Mines
Shock Wave Induced Fragmentation Behaviour of Rocks Subjected to Calibrated Explosive Loads
Experimental on Ultra Deed Hole Column CharQe Blastinq under Hi qh Geostress Condition
Conceptual Model of Precision Blasting
Researching of the Blasting Stress Field and Experimental Study Based on the Hole Filling Material
Properties and the Steps of the Lenclth
Study on Rock Fracture Mechanism Induced by Blasting and the Effect of Delay Time with Mortal Block
Present Situation and Development Trend of Blasting Vibration Effect
Research Areas Institute of Mining Engineering of UB RAS in the Fieli of Rock Destruction
A Heterogeneous Numerical Model for Ubiquitiform Crack Extension in Rock Materials
Research into Emission of Submicron Particles in Rock Breaking for Rock Bump Prediction
Key Technology and Management Research on International Large-scale Open-pit Mine Integrated
Blasting Operation
Characterization of Input Paramaters in Generating Montecarlo Random Numbers in 3D
Measurement of Blast Fragmentation
Research on the Systematic Evaluation Model of Rock Blasting Effect Based on Effective Energy
Consumption
Nano-and Microindentation as a Method for Studying Physicomechanical Properties and
Deformation Micromechanisms of Rock Formations， Single Phases and Interfarphase Boundaries
Optimization of Ignition Location in Energy-relief Blasting Technique for Foundation Excavation
with Vertical Holes
Determination of Rock Mass Weakening Coefficient after Blasting in Various Fracture Zones
Optimization of Tunnel Blasting Parameter Design System and Its Algorithm
Aspects of the Research into the Methods of Blast Effect Control with the Use of Compositional
Simulation Models and Scientific Classifications
Study on the Influence of Lateral Pressure Coefficient on Rock Failure under Impact Load

2 Rock Blasting and Underwater Blasting
The Effect of the Upper Zone of Uncontrolled Fragmentation Onoverzise Yield of an Open-pit Block
Investigation and Application of Larger Scale Deep Hole Bench Blasting in Complicated Environment
Ultra-controlled Blasting for Rock Excavation at Sensitive Urban Areas of Metro Rail Construction
Projects in India
A New Energy-relief Blasting Technique for Excavation of Protective Layer of Dam Foundation
with Vertical Boreholes
Execution of Mass Explosions at the Kurzhunkul Quarry of SSMPIA
Research on a Rock Blasting Method Basing on Annular Free Surface
Geotechnical Characterization of Strata to Control Pit-wall Damage at a Large Pb-Zn Opencast Mine
Investigation of Contour Blasting Control Approach of High Rock Slope in Deep Valley
Special Underwater Blasting Techniques on the Sudeste Port Project-A Case Study
Research and Application of Open-pit Digital Blasting and Lithology Identification of Drilling Rig
Validation of Blasting Design Parameters for Transition from Room-and-pillar Mining to Sublevel Caving
Test on Shield Rocks Pretreatment of Xiamen Metro with Shaped Charae
Research and Application of the Unsymmetrical Control Blasting Technology of Tunnel Crossing

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