The temperature of liquid steel for continuous casting determines the casting speed and cooling conditions. The failure to meet the required casting process parameters may result in obtaining slabs of inconsistent quality. Numerical methods allow forreal processes to be modelled. There are professional computer programs on the market, so the results of the simulations allow us to understand the processes that occur during casting and solidification of a slab. The study attempts to evaluate the impact of the superheat temperature on the slab structure based on the industrial operating parameters of the continuous casting machine
A continuous casting process setup is shown in Fig.1.The figure clearly shows the different cooling...
Mathematical models have been developed to predict temperature, stress, and shape development during...
The mathematical and numerical simulation model of the growth of the solid metal phase within a cont...
The temperature of liquid steel for continuous casting determines the casting speed and cooling cond...
The cooling conditions of a slab during continuous casting of steel have an impact on the crystallin...
A simple, but comprehensive model of heat transfer and solidification of the continuous casting of s...
This paper presents mathematical model and numerical simulation using CFD software FLUENT 5.4 applie...
The turbulent flow of molten steel and the superheat transport in the mold region of a continuous ca...
This paper presents a strategy of the cooling parameters selection in the process of continuous stee...
In steel continuous casting, controlling heat flux from top of the mold to caster exit is very essen...
The values of thermophysical properties obtained from the experimental research, and those that were...
The behavior of the solidifying shell in the early stages of solidification has an important influen...
Abstract The mathematical and numerical simulation model of the growth of the solid metal phase with...
A finite element method algorithm is presented that enables numerical simulation of real phenomena t...
MasterThe present study investigated heat behavior in continuous casting mold by using a small-scale...
A continuous casting process setup is shown in Fig.1.The figure clearly shows the different cooling...
Mathematical models have been developed to predict temperature, stress, and shape development during...
The mathematical and numerical simulation model of the growth of the solid metal phase within a cont...
The temperature of liquid steel for continuous casting determines the casting speed and cooling cond...
The cooling conditions of a slab during continuous casting of steel have an impact on the crystallin...
A simple, but comprehensive model of heat transfer and solidification of the continuous casting of s...
This paper presents mathematical model and numerical simulation using CFD software FLUENT 5.4 applie...
The turbulent flow of molten steel and the superheat transport in the mold region of a continuous ca...
This paper presents a strategy of the cooling parameters selection in the process of continuous stee...
In steel continuous casting, controlling heat flux from top of the mold to caster exit is very essen...
The values of thermophysical properties obtained from the experimental research, and those that were...
The behavior of the solidifying shell in the early stages of solidification has an important influen...
Abstract The mathematical and numerical simulation model of the growth of the solid metal phase with...
A finite element method algorithm is presented that enables numerical simulation of real phenomena t...
MasterThe present study investigated heat behavior in continuous casting mold by using a small-scale...
A continuous casting process setup is shown in Fig.1.The figure clearly shows the different cooling...
Mathematical models have been developed to predict temperature, stress, and shape development during...
The mathematical and numerical simulation model of the growth of the solid metal phase within a cont...