Created by W.Langdon from gp-bibliography.bib Revision:1.5251
After filling up the tundish with a help of the mould filling system with tundish stoppers and submerged pouring tubes, the casting is established. The billets, with a square section of 180 mm, are cast. After reaching a certain melting bath level, the potentiometer starts the flattening system, which drags the billet out of the mould. In this way the continuous casting is established. Each billet goes through the cooling zone toward the gas cutters, where it is cut and laid off onto the cooling bed.
After the heating of (already cooled down) billets, they are hot rolled in the strand of rolls in the rolling plant. Through the roll grooves with different shapes and dimensions the cylindrical, square or flat steel bars can be produced. Steel bars are cooled on the cooling bed. After cooling they are cut on the hot shears in different lengths.
Additionally the rolled material can be heat treated, straightened, controlled (automatic control line for detecting surface defects, inner defects and mixed material, magnetic particle inspection, manual ultrasonic inspection), cut, peeled, polished, chamfered and finally packed and stored. The last are usually conducted in cold finishing plant.
Genetic programming has been widely used in Store Steel Ltd. production. The genetic programming based researches in Store can be classified and listed in the following way:
* ladle furnace; management,
* casting; material properties modelling and its optimization
* casting; surface defects, optimization
* heat treatment; productivity optimization
* material properties; modelling and its optimization
Store Steel Ltd. in general:
natural gas consumption prediction
* critical inclusion size determination
Genetic Programming entries for Miha Kovacic