Add to ORKGIn the mining industry, the logistics planning problem involves a mining value chain that comprises stockpiles at multiple mines, a rail network, stockpiles at multiple ports, and shipping. The objective is to maximise the total material throughput subject to a range of operational and capacity restrictions. We develop and implement an effective computational model for solving this difficult large-scale problem. Testing on real case studies demonstrates the value of our methodology
Planning an iron ore mine uses a rectangular block model, from exploration drilling. The objective i...
This book describes the fundamental and theoretical concepts of optimization algorithms in a systema...
Efficient inventory planning is critical for optimizing iron ore processing operations in the mining...
The paper addresses the existing gap in the literature on the optimisation in capacity planning for ...
In mineral supply chains, medium-term plans are made for scheduling crews, production, and maintenan...
In the surface mining industry the equipment selection problem involves choosing a fleet of trucks a...
© The Australasian Institute of Mining and Metallurgy 2018. All rights are reserved. A mine landform...
Long-term production scheduling is a major step in open pit mine planning and design. It aims to max...
Strategic mine planning is one of the key factors in the successful survival of large scale mining c...
The mining industry is increasingly oriented towards large scale mining and the planning concept of ...
In minerals supply chains, medium term plans over time horizons from two weeks to two years are used...
In the mining industry, methods to reduce the fuel consumed in the haulage operations are largely so...
During the last few years, most production-based businesses have been under enormous pressure to imp...
A mine landform progression plan can provide a clear outlook of the entire mining operation. To prod...
Mixed integer programming (MIP) has been used for optimizing production schedules of mines since the...
Planning an iron ore mine uses a rectangular block model, from exploration drilling. The objective i...
This book describes the fundamental and theoretical concepts of optimization algorithms in a systema...
Efficient inventory planning is critical for optimizing iron ore processing operations in the mining...
The paper addresses the existing gap in the literature on the optimisation in capacity planning for ...
In mineral supply chains, medium-term plans are made for scheduling crews, production, and maintenan...
In the surface mining industry the equipment selection problem involves choosing a fleet of trucks a...
© The Australasian Institute of Mining and Metallurgy 2018. All rights are reserved. A mine landform...
Long-term production scheduling is a major step in open pit mine planning and design. It aims to max...
Strategic mine planning is one of the key factors in the successful survival of large scale mining c...
The mining industry is increasingly oriented towards large scale mining and the planning concept of ...
In minerals supply chains, medium term plans over time horizons from two weeks to two years are used...
In the mining industry, methods to reduce the fuel consumed in the haulage operations are largely so...
During the last few years, most production-based businesses have been under enormous pressure to imp...
A mine landform progression plan can provide a clear outlook of the entire mining operation. To prod...
Mixed integer programming (MIP) has been used for optimizing production schedules of mines since the...
Planning an iron ore mine uses a rectangular block model, from exploration drilling. The objective i...
This book describes the fundamental and theoretical concepts of optimization algorithms in a systema...
Efficient inventory planning is critical for optimizing iron ore processing operations in the mining...