Autar K.Raina
Flyrock in Surface Mining: Origin, Prediction, and Control
Flyrock in Surface Mining: Origin, Prediction, and Control
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- More about Flyrock in Surface Mining: Origin, Prediction, and Control
The study discusses exclusive material on flyrock in surface mining, presents a comprehensive and critical review of the flyrock phenomenon, reviews prediction and control mechanisms, and provides new insights into flyrock definitions, prediction, and prevention. It also includes Indian case studies and summarizes global data available in the published domain.
Format: Hardback
Length: 206 pages
Publication date: 24 July 2023
Publisher: Taylor & Francis Ltd
The study investigates the occurrence of flyrock in surface mining operations, analyzing its impact on mine safety, productivity, and environmental sustainability. It presents a comprehensive and critical review of the flyrock phenomenon, encompassing its definition, prediction, and control mechanisms. The research adopts a scientific and risk-based approach to define the blast danger zone, considering factors such as rock properties, weather conditions, and mining techniques.
The study offers novel insights into flyrock definitions, prediction, and prevention, drawing from international research and case studies. It highlights the importance of considering geological structures, weather patterns, and proper mine design to mitigate the risks associated with flyrock. Additionally, the research explores the use of advanced technologies, such as remote sensing and simulation, to enhance flyrock prediction and prevention efforts.
The study includes Indian case studies to illustrate the specific challenges and solutions faced in surface mining operations in India. It also summarizes global data available in the published domain, providing a comprehensive understanding of the flyrock phenomenon on a global scale.
In conclusion, the study emphasizes the significance of addressing flyrock in surface mining operations to ensure mine safety, productivity, and environmental sustainability. By adopting a scientific and risk-based approach, implementing effective prevention measures, and leveraging advanced technologies, the mining industry can minimize the risks associated with flyrock and promote sustainable development.
The study investigates the occurrence of flyrock in surface mining operations, analyzing its impact on mine safety, productivity, and environmental sustainability. It presents a comprehensive and critical review of the flyrock phenomenon, encompassing its definition, prediction, and control mechanisms. The research adopts a scientific and risk-based approach to define the blast danger zone, considering factors such as rock properties, weather conditions, and mining techniques.
The study offers novel insights into flyrock definitions, prediction, and prevention, drawing from international research and case studies. It highlights the importance of considering geological structures, weather patterns, and proper mine design to mitigate the risks associated with flyrock. Additionally, the research explores the use of advanced technologies, such as remote sensing and simulation, to enhance flyrock prediction and prevention efforts.
The study includes Indian case studies to illustrate the specific challenges and solutions faced in surface mining operations in India. It also summarizes global data available in the published domain, providing a comprehensive understanding of the flyrock phenomenon on a global scale.
In conclusion, the study emphasizes the significance of addressing flyrock in surface mining operations to ensure mine safety, productivity, and environmental sustainability. By adopting a scientific and risk-based approach, implementing effective prevention measures, and leveraging advanced technologies, the mining industry can minimize the risks associated with flyrock and promote sustainable development.
Weight: 450g
Dimension: 161 x 241 x 19 (mm)
ISBN-13: 9781032356112
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