Abstract
An entry into the mining profession is associated with many sectors that affect the environment, economy, and livelihood. Here, we have concentrated on the ore grade obtained from the extraction of the mining region. These ore-grade materials have limited on the mining region. Still, demand increases day by day-also affects the ore-grade level of materials as the supply situation. So, we have reviewed computational-based research on cut-off grade modeling techniques.
Highlights
Ore is the heart of mining land-an occurrence of reserved quality grade categorized with a high level, low level, and waste
We have suggested mining for cut-off grade modeling using a soft computation model with a very fast estimation and stochastic framework model obtained as near realistic results
The use of steps for grade level is open cast mine planning and design of the open pits that it is essential for a grade used to distinguish
Summary
Ore is the heart of mining land-an occurrence of reserved quality grade categorized with a high level, low level, and waste. An underground material has dug by mining operation to extract materials obtained at the surface, a challenging task instead for ore-grade. Ore deposits can be categorized into three types massive deposits, vein deposits, lode type deposits. It is horizontally stratified reserves of sedimentary origin with a thin or thick covering of overburden [1]. Mine planning plays a vital role in total ore reserves and the average grade of the deposit [2]. Existing methods are ore mining, and cut-off grade estimation in single ore deposited classified through geometric or geostatistical [3]
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