Papers in collection

• Application of Engineering Discipline and a Full-process Optimisation Focus - Productivity to Profitability without Profuse Pruning Go to Paper
• Wall Control Blasting Go to Paper
• The Role of Stress Waves and Fracture Mechanics in Fragmentation Go to Paper
• On the Influence of Fundamental Detonics on Blasting Practice Go to Paper
• Jones-Wilkins-Lee Parameters for Civil Explosives Go to Paper
• Smoothed Particle Hydrodynamics Modelling of Blast-induced Fracture Processes in Naturally Jointed Rock Medium Go to Paper
• Dilution, Ore Grade and Blast Movement Calculation Model Go to Paper
• Comparison of the Generation of Shear Wave with Different Simulation Approaches Go to Paper
• A Methodology for Rock Mass Characterisation to Control Blast-induced Vibrations Go to Paper
• An Inversion Method for the Prediction of Peak Particle Velocity in Blasting Go to Paper
• The Median versus the Mean Fragment Size and Other Issues with the Kuz-Ram Model Go to Paper
• Evaluating the Inclusion of the Implementation Variability into Fragmentation Modelling Go to Paper
• Modelling Full-scale Blast Heave with Three-dimensional Distinct Elements and Parallel Processing Go to Paper
• Underground Stope Drill and Blast Designs Optimisation Program Go to Paper
• Characterising Rock Mass Properties for Fragmentation Modelling Go to Paper
• Comparison of Experiment and Simulation of Blast Loading on the Steel Beam Go to Paper
• The Wedge Theory of Borehole Charge Design for Bench Blasting and Its Numerical Simulation Go to Paper
• A Multiple Blasthole Fragmentation Model - Its Concept, Formulation, Capability and Field Comparison Examples Go to Paper
• Reducing Crest Loss at Barrick Cowal Gold Mine Go to Paper
• Dynamic Displacements from a Blast-triggered Seismic Event Go to Paper
• Measured and Modelled Response of a Multistory, UrbanStructure to High-frequency Blasting Excitation Go to Paper
• Stope Blast Vibration Analysis at Dugald River Underground Mine Go to Paper
• Transfer Function - New Method to Accurately Predict Resonant Frequencies of a Highwall Go to Paper
• Simulation of Damage Zones Induced by Destress Blasting Go to Paper
• Influence of Blasthole Delay Times on Fragmentation as well as Characteristics of and Blast Damage behind a Remaining Bench Face through Model-scale Blasting Go to Paper
• Evaluating the Effects of Non-coaxial Charges for Contour Blasting Go to Paper
• Protection of Underground Mine Structures Due to Adjoining Open Pit Mine Blasting Go to Paper
• Geophysical Techniques Applied to Blasting Design Go to Paper
• A Remote, Rapid and Accurate Three-dimensional Ore Waste Boundary Tracking System Go to Paper
• Optimisation of Drill and Blast for Mill Throughput Improvement at Ban Houayxai Mine Go to Paper
• Study of the Effect of Blast Pattern Design on Autogenous and Semi-autogenous Mill Throughput at Gol-e-Gohar Iron Ore Mine Go to Paper
• A Simple Technique for Using High Energy in Blasting Go to Paper
• Improving Drive Stability through Efficient Development Blasting Design and Practices Go to Paper
• Blast Fragmentation Impacts on Downstream Processing at Goldfields Cerro Corona Go to Paper
• Classification and Development in Grade Control Blasting for Surface Mines Go to Paper
• The Effect of Drilling and Blasting Performance on Fragmentation in a Quarry and Time for Loading, Secondary Breakage and Crushing Go to Paper
• Fragmentation Optimisation - Adopting Mine to Mill for Reducing Costs and Increasing Productivity Go to Paper
• The Relationship between Blasting Parameters and MuckPile Configuration Go to Paper
• Effects of Joint Intensity on Rock Fragmentation by Impact Go to Paper
• Adjusting Initiation Direction to Domains of Rock Mass Discontinuities in Aitik Open Pit Mine Go to Paper
• An Integrated Technology Solution for Optimised and Environmentally-controlled Blasts Go to Paper
• Geological Modelling and Bench Face Survey to Improve Blasting Fragmentation Go to Paper
• Muck Pile Shaping for Draglines and Dozers at Surface Coalmines Go to Paper
• An Automated System for Flyrock and Fume Monitoring of Blasts Go to Paper
• Should the Blast Exclusion Zone Be Based on a Qualitative or Quantitative Analysis? A Practical Implementation Conundrum Go to Paper
• Managing Coal Loss Using Blast Modelsand Field Measurement Go to Paper
• Establishing the Design Parameters of a Control Blast for Long-term Stability of the Hang Wall at Rampura Agucha Mine Go to Paper
• What is Relative about Energy? Go to Paper
• Soft Computing Approach to PredictBlast-induced Flyrock Go to Paper
• Application of Lateral Crater Test in Open Pit Blasting Parameters Optimisation Go to Paper
• High-speed Video - An Essential Blasting Tool Go to Paper
• Measurement and Assessment of Bulk Explosive Products Go to Paper
• Reducing the Effect of Wind on Airblast Measurement During Blasting Go to Paper
• Design of Equipment for Dynamic Burden Measurements Go to Paper
• Measurement of Blast-induced Pressure in Bench Blasting and Deciphering Explosive Performance through Rock Mass Response Analysis - AMethodology Go to Paper
• Mitigation of Post-blast Fume in Soft Ground and Wet Conditions Go to Paper
• Scientific Evaluation of Fauna Sensitivity to Blasting Go to Paper
• Blasting Harmonics and Controlling Peak Particle Velocity Go to Paper
• Blast Design and Vibration Control at Kayad Lead-Zinc Underground Mine Go to Paper
• Effect of Vibration Sensor Mounting Method on the Quality of Vibration Measurements Go to Paper
• Physical and Technical Evaluation of Possibility Using Low-density Explosives in Smooth Blasting Go to Paper
• Detonation and Breakage Performance of a Hydrogen Peroxide-based Explosive Formulation Go to Paper
• Effect of Dynamic Pressure on Electronic Detonator Timing Go to Paper
• Higher Energy Bulk Explosives - Matching Products to Rock Types Usingan Energy Map Concept Go to Paper
• Parameter Determination of an Ignition and Growth Model from Emulsion Explosive Tests Go to Paper
• Advanced Technology for Setting Out of Blastholes and Measurement while Drilling Go to Paper
• Megablasts - Enabling Technologies in BHP Billiton Iron Ore Go to Paper
• Assessment of Underground Production Blast Designs and Blasting Performance Go to Paper
• A Novel Blasting Technique to Create Drawbells and Eliminate the Undercut Level in Block Cave Mining Go to Paper
• Benefits Related to Applications of a Mass Blast in Open Cut Mining Go to Paper
• Blasting Approaches to Increase Mine Productivity and Reduce Greenhouse Gas Emissions in Surface Coal Mining Go to Paper
• A Holistic Approach to Managing BlastOutcomes Go to Paper
• Potential of the Overburden Cast Blasting Technique in Indian Surface Coalmines - A Modular Approach and its Financial Implications Go to Paper
• The Response of Rock Materials to One-dimensional Shock Loading Go to Paper
• A Further Study on the Attenuation Laws of Blasting Vibration Frequency Go to Paper
• Prediction of Rock Fragmentation Using a Gamma-based Blast Fragmentation Distribution Model Go to Paper
• Influence of Distorted Blasthole Patterns on Fragmentation as well as Roughness of, and Blast Damage behind, Remaining Bench Face in Model-scale Blasting Go to Paper
• Comparison of Empirical Fragmentation Models at the Gol-Gohar Iron Ore Mine Go to Paper
• The Effect of Delay Time on Fragmentation Distribution through Small- and Medium-scale Testing and Analysis Go to Paper
• Evaluation of a New Vision System Algorithm for Automated Fragmentation Measurement from a Shovel Go to Paper
• Effects of Specific Charge and Electronic Delay Detonators on Fragmentation in an Aggregate Quarry - Building Fragmentation Model Design Curves Go to Paper
• Ranges of Validity of Some Distribution Functions for Blast-fragmented Rock Go to Paper
• The Influence of Charge Distribution on the Grindability of the Blasted Material Go to Paper
• Blast Design Parameters and Their Impact on Rock Fragmentation Go to Paper
• Blast Fragmentation Measurement Based on Three-dimensional Imaging in Sublevel Caving Drawpoints and Underground Excavator Buckets at LKAB Kiruna Go to Paper
• Analysis of Rock Fragmentation and its Effect on Gravity Flow at the Kiruna Sublevel Caving Mine Go to Paper
• Discrete Element Modelling of Blast Fragmentation of a Mortar Cylinder Go to Paper
• Controlled Blasting for Twin Tunnels with a Shallow Cover under an Operating Railway Line Go to Paper
• Mist Diffusion Experiment and Evaluation of Water Tube for Blasting Demolition Dust Control Go to Paper
• Directional Blasting Rock Cutting Technology Go to Paper
• Performance of Different Constructive Solutions against Explosions in Full-scale Masonry Walls Go to Paper