An Optimization for Ore Blending Schedules Using Mathematical Programming Methods

ORE extraction and blending optimization model in poly- metallic open PIT mines by chance constrained one-sided goal programming

Determination a sequence of extracting ore is one of the most important problems in mine annual production scheduling. Production scheduling affects mining performance especially in a poly-metallic open pit mine with considering the imposed operational and physical constraints mandated by high levels of reliability in relation to the obtained actual results. One of the important operational con...

Asset portfolio optimization using fuzzy mathematical programming

By morphing mean–variance optimization (MVO) portfolio model into semi-absolute deviation (SAD) model, we apply multi criteria decision making (MCDM) via fuzzy mathematical programming to develop comprehensive models of asset portfolio optimization (APO) for the investors’ pursuing either of the aggressive or conservative strategies. 2007 Elsevier Inc. All rights reserved.

Optimization of biochemical systems through mathematical programming: Methods and applications

Available online 10 March 2009

ore extraction and blending optimization model in poly- metallic open pit mines by chance constrained one-sided goal programming

determination a sequence of extracting ore is one of the most important problems in mine annual production scheduling. production scheduling affects mining performance especially in a poly-metallic open pit mine with considering the imposed operational and physical constraints mandated by high levels of reliability in relation to the obtained actual results. one of the important operational con...

Mathematical Blending