The Journal of Explosives Engineering - November/December 2024 - 10

Technical Sessions
* Advance Blasting using Drone Mapping and AI for Comprehensive
Blast Performance Analysis
* Advanced Blasting Optimization for Enhanced Productivity: The X2Mill
Solution
* Advancing Blasting Method with Smart Drill & Blast Technology
* Analyzing the Performance Degradation of Emulsion Explosives Due to
Dynamic Mud Flow Contamination: A Case Study at Indonesia Site
* Application of Differential Blasting for Value Chain Optimisation
* Application of Machine Learning in Rock Mass Characterization for
Blasting
* Applying Wireless Initiators to Reduce Personal Risks Exposure and Optimize
Blasting Sequence and Operational Cycle Time
* Blast Movement Numerical Simulation Effective Way to Monitor Ore
Dilution.
* Blast Optimization using Air Decking with Gasbags - An Open Pit Gold
Mine Case Study
William Birch presented his paper " Use of Electronic Detonators to Control
Blast Vibrations - A Cautionary Tale " during the technical sessions.
* Blasting Optimization Strategies for Enhanced Productivity at MontWright
Mine
* Blasting Techniques to Prevent Coal Loss and Damage
* Breaking New Ground: Deflagrating Cartridges for Urban Tunneling at
Grand Central
* Case Study Using 3-D Blast Modeling to Develop Design for Blasting in
Close Proximity to Pit Pump
* Contribution of Up-To-Date Modeling and Blast Surveying Technologies
to the Improvement of Semi-Empirical Flyrock Models
* Control of Flyrock and Vibrations for the Protection of Electrical Installations
*
Demonstrated Improved Fragmentation and Optimized Explosive Distribution
by Using Air Decks
* Detection of the Initiation Sequence using the EMF in Yanacocha Mine,
in Peru
* Determining The Dynamic Response of Geologic Bodies Through SplitHopkinson
Bar Compression Testing for Blasting Applications
Pablo Fredes presented his paper " Study of Ultrafine Controls in Blasting "
during the technical sessions.
Beginning with the opening session on Thursday morning,
the technical sessions will showcase the latest technological
advances. Session topics will include blast modeling
and design, blast vibration and seismology, blasting and explosives
research, blasting safety and explosives security, case
studies, construction and demolition, blasting and security,
digital imaging and drone technology, drill to mill optimization,
environmental improvement, fragmentation and blast
modeling, fragmentation modeling and measurement, surface
blasting, and underground blasting.
The following is a preliminary list of papers that may be
presented in Cherokee. This program is subject to change.
* A Blasting-Induced Vibration Control Approach for Resuming Blasting
Activity Near Tailing Dams in the Quadrilátero Ferrifero Region After
" Brumadinho Dam Colapse "
* A Comparing of International Vibration Standards for Quarry Blasting
Close-in to a Residential Structure
* A Holistic Approach to Developing a Narrow Cutback at an Open Cut
Copper Mine
* A maximum instantaneous charge map for environmental protection
in rock blasting at the Serra Sul mine (S11D)
* A Mine-to-Crusher Framework for Aggregate Operations
* A Retrospective Examination of the Evolution of the Electronic
Detonator
* A Study on the Attenuation Characteristics of Electronic Blasting Vibrations
for Different Types According to Korean Open-Pit Blasting
Standards for Proposing the Blast Vibration Equation
November/December 2024
* Development of Scaled Damage Criteria for Blasting in Rock Masses
* Effect of charge mass and other factors on airblast overpressure
* Effects of Mid-Field Surface Blasts on a Tall Scaled Target
* Electronic Detonator Timing Approaches for Surface Quarries and
Metals Mines
* Emulsion Breakers for Waste Explosives
* Enhancing Mining Productivity during Thunderstorms with Wireless Initiation
Systems
* Ensemble Learning Applied to Rock Blasting Vibration Prediction
* Evaluating Explosive Type and Water-Casing for Demolition Kicker
Charges
* Exclusion Zone Optimization in Critical Regions: Application of New
Digital Technologies Allowing Ore Production
* Explosives Safety and Security
* Front-End Loader Proof of Concept to Assess the Performance of an
Autonomous Fragmentation Analysis System
* Gas Control Station for Blasting Process to Fulfil the Environmental
Goals Set by the Chilean Ministry of Health.
* HMX Based Electronic Initiation System for Blasting in High Temperature
Ground and/or Extremely Reactive Ground - Phase 2 Blasting
Campaign
* Hydrogen Peroxide Emulsion (HPE) - A Journey from Concept to Reality
* Impacts of Alternative Hydrocarbon Fuels on Ammonium Nitrate-Based
Explosives
* Implementation of a remote blasting engineering center in Peru
* Implementation of Combined Blasting at Oyu Tolgoi
* Implementation of Narrow Vein Mining in a Zinc Mine
* Improved Drill and Blast Designs Free $3.6m of Ore for Surface Copper
Mine
* Improving Stope Productivity with Wireless Initiation
* Influence of the Interaction of Open Pit and Underground Mining Blasting
*
Intrinsic Benefits of Presplitting - Relieving Gas Penetration in Addition
to Lowering Blast Vibrations to Highwalls
* Introducing Wireless Initiation Systems in Brazilian Mines Through Sales
with Purpose
* Low Density Bulk Emulsion Applied on Perimeter Holes in Underground
Development Heading Blasts
The Journal of Explosives Engineering
7
The Journal of Explosives Engineering - November/December 2024

Table of Contents for the Digital Edition of The Journal of Explosives Engineering - November/December 2024
