Papers in collection

• An assessment of battery trolley systems’ performance in surface mines Go to Paper
• Deriving maximum value from mineral waste streams Go to Paper
• Experiences from developing a road map to attractive, inclusive and safe mining workplaces Go to Paper
• Perspectives and initiatives for the future of mining Go to Paper
• Systems thinking and its need in the workforce of tomorrow Go to Paper
• The RockDataAcademy – a new open-access knowledge base covering the ins and outs of using sensors to scan ores Go to Paper
• Beyond the manufacturing mindset – adapting workforce skills for the tech driven mining industry Go to Paper
• Ten conditions that will change the work of managers in Mining 4.0 Go to Paper
• Empowering mining communities – the importance of local business hubs for skills development Go to Paper
• Are we there yet? Where the minerals industry is at, and where we are going with gender diversity, equity and inclusion Go to Paper
• Effects of the green transition on miners’ work, competencies and skills Go to Paper
• Incorporating controls and automation into mining engineering curriculum Go to Paper
• Virtual mine geologist – who needs a real one when AI can do the job? Go to Paper
• Future skills and workforce evolution – training and skills development for mining operation engineer and drill and blast engineer in surface mineral mine PT Indo Muro Kencan Go to Paper
• A day in the life of a mineworker in 2045 Go to Paper
• Intersection traffic strategy of unmanned truck in open pit coalmines Go to Paper
• In data, we trust – navigating through the age of AI in the mining industry Go to Paper
• Using machine learning to make smarter screening media maintenance decisions Go to Paper
• Machine learning integration of hyperspectral and geophysical data for improved exploration targeting Go to Paper
• Subtek™ 4D™ – Optimised blasting performance through the application of new underground bulk explosive technology Go to Paper
• Digital mapping for rock mass discontinuities – opportunities and challenges Go to Paper
• Tactical medical mining rescue – closing the gap of professional medical attention in environments with difficult accessibility Go to Paper
• Application of multi-sensor and AI-based core logging for a reduction of decision-making time within mineral exploration field projects Go to Paper
• Increasing production systems availability through remote support discipline Go to Paper
• Practical applications of large language models in mining Go to Paper
• An autonomous IIoT-based monitoring systems for intelligent rock bolts in underground mines Go to Paper
• Annual survey of technological transformation in the mining and minerals exploration industry, 2023 Go to Paper
• Reducing the environmental and economic cost of metal extraction by optimal blast design Go to Paper
• Hyperspectral image processing and analysis for exploration in the mining industry Go to Paper
• Unlocking mine productivity by changing-the-equation on the where, what and when of orebody characterisation Go to Paper
• Ultra-wide band based collision avoidance for underground mines Go to Paper
• Applications of multi-modal human activity recognition to enhance worker safety in underground mines Go to Paper
• Enhancing the fairness in LoRa-Based linear wireless mesh networks in underground mining Go to Paper
• Enhancing geoscience model confidence via digital twins – integrated modelling, simulation, and machine learning technologies Go to Paper
• Data-driven visualisation for the development of mining digital twin Go to Paper
• Predictive spatial modelling of rock mass properties using machine learning techniques Go to Paper
• Artificial Intelligence (AI)-based predicting influence of technological innovation on stock price of iron ore mining companies Go to Paper
• Discrete vein modelling – implications of a novel geology driven resource estimation methodology for vein hosted mineral deposits Go to Paper
• Enhancing dragline safety – a multi-layered proximity detection system Go to Paper
• A deep learning based approach for roof bolt recognition in 3D point cloud of underground mines Go to Paper
• Towards a mining metaverse – spatial computing meets digital twins for remote operations Go to Paper
• Advancing slam in underground mines – a unique marker-based approach for enhanced navigation and mapping Go to Paper
• Mining 4.0 initiatives – a pathway to a smarter mining fleet Go to Paper
• Unlocking value chain optimisation with a digital mining system Go to Paper
• Structural analysis and modelling in an evolving mineral resources operation Go to Paper
• A new insight into standardisation of Mine IoT Go to Paper
• Can robots break the drill and blast bottleneck in underground roadway development in hard rock? Go to Paper
• Radar guided blasthole drilling improves product recovery Go to Paper
• Robust flexibility – a methodology for agile systems engineering in mining Go to Paper
• Data augmentation for image-based rock fragment recognition using StyleGAN Go to Paper
• Automated characterisation of the dump materials Go to Paper
• A practical model for LoRa propagation in underground mines Go to Paper
• Application study of UAV technology in tailings pond monitoring Go to Paper
• Unmanned aerial vehicle observation technology of coal mininginduced surface movement and fissures Go to Paper
• Advanced visual perception in mining – multimodal fusion and enhancement Go to Paper
• Innovative approaches to dust pollution management in mining operations – a comprehensive image-based identification and evaluation system Go to Paper
• Lithology classification through machine learning models – assessing and enhancing the generalisability of single boreholes in north-western Bowen Basin, Australia Go to Paper
• Vibration energy harvesting for self-powered sensors at mine sites Go to Paper
• Estimating the thickness of the Martian subsurface layer based on the fault pattern Go to Paper
• Cabeus Crater lunar volatiles and their effect on human exposure limitations Go to Paper
• The challenges of producing high purity quartz Go to Paper
• High purity alumina and potash produced from feldspar Go to Paper
• Finding a social license on the deep seabed – risks and mitigation strategies for exploitation activities in the absence of exploitation regulations under UNCLOS Go to Paper
• Legacy tailings dams – asset or liability? A case study on sub-aqueous tailings reclamation Go to Paper
• Applicability of TBM (tunnel boring machine) for deep lunar subsurface exploration Go to Paper
• Space mining – managing astronomical complexity Go to Paper
• Investigating the impact of royalties on commercial lunar ice mining Go to Paper
• Key technology indicators that will influence mining method selection for future mines Go to Paper
• Real time assessment of water content in icy regolith by analysing drilling parameters Go to Paper
• Ice-drilling and ground characterisation on the moon for space mining Go to Paper
• Multiphysics modelling and virtual motion simulation to optimise mining systems in extreme conditions – insights from Mars Science Laboratory (MSL) Curiosity Rover Go to Paper
• Deep-sea mining considerations and environment impact – an overview Go to Paper
• Effects of sulfate and chloride ions in acidic environments on the micro properties of granite Go to Paper
• Opportunities for rare earth element recovery from waste streams Go to Paper
• Blue Mining, a holistic approach that integrates circular economy Go to Paper
• PMAP – smart and sustainable in situ treatment of mine wastewater and critical metals recovery technology Go to Paper
• Australia’s hydrogen export in the form of embedded mineral derivatives Go to Paper
• Eco-efficiency of ANFO and bulk emulsion explosives application in Indonesian mining Go to Paper
• Life cycle GHG emission considerations in overland conveyor design Go to Paper
• Toward the green mining – utilisation of tailings on gold recovery in thiosulfate system Go to Paper
• Getting it right from the beginning – ESG in mineral exploration Go to Paper
• Coalmine methane emission estimates – an evolving understanding Go to Paper
• Catalysing lower-carbon mining supply in Australia Go to Paper
• The hidden path to sustainable mining – an incentive for transforming scope 3 emissions across industries Go to Paper
• Advancing sustainability in pumping systems – a comprehensive methodology for calculating, monitoring and minimising power and water consumption Go to Paper
• Social responsibility solutions provided by WebGen™ wireless initiation system in open cut mines Go to Paper
• R&D roadmaps in mining and water management – a design-led approach to driving sustainability and innovation Go to Paper