The Simulation Of Tundish Metallurgy Process And Optimization Of Structure

With the continuous casting in iron and steel industry continues toimprove, multiple-strand continuous casting of molten steel flow in tundish configurationchanges, tundish, bath temperature distribution of weld pool surface fluctuation, the outlettemperature differences more difficult to control, directly affect the quality of casting.Using simulation methods of mathematical physics is a good design or optimization oftundish structure and flow control structure retaining wall, improving the effect of tundishmetallurgy.This combination a steel company “t” type Middle package production needs, bymathematics and physical simulation, means research has t type Middle package withinflow field, and temperature field, and turbulent kinetic energy distribution and differenttechnology parameter between of relationship and different factors on its effect law,research process optimization has original Middle package ontology structure, and foroptimization Hou of middle package structure tailored design has control flow retainingwall structure.(1) the average residence time effect of molten steel in tundish and dead-there aremany factors such as volume fraction, tundish capacity is one of its factors, increases theeffect of tundish capacity improvement of tundish metallurgy. But combined with factoryconditions, tundish capacity is not easy to change, based on original research on structureoptimization of tundish findings, dead-time tends to form in the t-type package in themiddle of the two wings, through appropriate width reduced wings, and reduce thevolume of the location of the dead-can a lesser degree to improve the effect of tundishmetallurgy.(2) the mathematical description of physical simulation of: flow control variousparameters affecting the effect of tundish metallurgy of retaining wall is the mostsignificant diversion hole diameter, followed by diversion hole inclination angle, height isdiversion hole again. Through research on structure optimization of tundish best designphilosophy: flow control design of retaining wall based on Physics simulations to developthinking and mathematical simulation on flow control in tundish by retaining wallconcrete structure design, through physical simulation for validation.(3) Optimization of tundish structure under the conditions, through mathematicalsimulation design of retaining wall of three diversion of flow control parameters andhydraulics simulation to verify the accuracy of this programme.