Furnace assembling method for special alloy aluminum ingot production

Abstract

The invention relates to a furnace assembling method for special alloy aluminum ingot production. The furnace assembling method comprises the following steps: setting an alloy aluminum ingot furnace assembling scheme as particles; establishing an optimization objective function of an alloy aluminum ingot furnace, and calculating an objective function value by adopting a particle swarm algorithm toserve as the fitness of particles; and optimizing the alloy aluminum ingot furnace assembling scheme through iteration to obtain a final furnace assembling scheme; establishing a furnace assembling model, designing an algorithm with high global search capacity, high convergence rate and high solving precision, achieving automatic calculation of a computer. The furnace assembling efficiency of thespecial alloy aluminum ingots is greatly improved, and the working intensity of planners is reduced; and compared with a manual furnace assembling result, the furnace assembling rate and the metal occupancy ratio are increased, the furnace number is reduced, generation of waste is effectively reduced, inventory overstock is reduced, and consumption reduction and efficiency improvement of enterprises are achieved.

Description

technical field [0001] The invention relates to a method for grouping and grouping furnaces for the production of special alloy aluminum ingots. It is specifically aimed at the phenomenon of long time for group furnaces and poor results of group furnaces caused by various combinations of production orders during the smelting process of special alloy aluminum ingots. It belongs to non-ferrous metals. The field of manufacturing also belongs to the field of information technology. Background technique [0002] Special aluminum alloy products are important high-end materials for manufacturing automobiles, rockets, artificial satellites, etc. They are light in weight but high in strength, have special functions or mechanical properties, special specifications and sizes, and extremely high dimensional accuracy or surface requirements. Therefore, its production is difficult, its technical content is high, and its added value is high. [0003] The smelting process of aluminum ingot...

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Problems solved by technology

[0005] Aiming at the deficiencies of the prior art, the present invention provides a method that can solve the problems of long group furnace time and poor group furnace results caused by various combinations of production orders in the production process of special alloy aluminum ingots, and can effectively reduce the generation of scrap, A furnace group method that reduces inventory backlog and improves enterprise production efficiency

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