This paper presents a finite element approach for the analysis of the twin-roll strip, casting process. Basic formulations for calculating the thermal and flow solutions are described, with emphasis on dealing with strong correlations between those solutions. Comparison with the experimental data found in the literature is mane for examining the validity of the thermal solutions. A series of process simulations are carried out. The effect of various process variables on roll force, cooling rate, flow rate, and thickness of the solidified shell is investigated.X1111Nsciescopu
In the present study, a 2-D finite-element method (FEM) thermal-fluid-stress model has been develope...
AbstractThe effect of set-back distance on the thermo-mechanical behavior of the strip during twin r...
Abstract: A finite element analysis was developed to determine thermomechanical behaviours of strip ...
Twin-roll continuous casting combines solidification and hot rolling into a single operation to prod...
In twin-roll thin strip casting, the temperature distribution of casting roll affects the roll therm...
In twin-roll thin strip casting, the temperature distribution of casting roll affects the roll therm...
<div><p>The relatively high production costs of innovative materials with tailored properties such a...
<div><p>The relatively high production costs of innovative materials with tailored properties such a...
A two-dimensional computational fluid dynamics (CFD) thermal fluid model has been developed and vali...
The process of twin-roll casting including pouring, solidifying, rolling and cooling can be accompli...
The process of twin-roll casting including pouring, solidifying, rolling and cooling can be accompli...
To keep steady casting production for strip casting, not only control of cooling and solidification ...
The Single Roll Continuous Strip Casting Process has been quantitatively analysed using a mathematic...
Near-net-shape casting technology is an important research area in the iron and steel industry today...
In the present study, a 2-D finite-element method (FEM) thermal-fluid-stress model has been develope...
In the present study, a 2-D finite-element method (FEM) thermal-fluid-stress model has been develope...
AbstractThe effect of set-back distance on the thermo-mechanical behavior of the strip during twin r...
Abstract: A finite element analysis was developed to determine thermomechanical behaviours of strip ...
Twin-roll continuous casting combines solidification and hot rolling into a single operation to prod...
In twin-roll thin strip casting, the temperature distribution of casting roll affects the roll therm...
In twin-roll thin strip casting, the temperature distribution of casting roll affects the roll therm...
<div><p>The relatively high production costs of innovative materials with tailored properties such a...
<div><p>The relatively high production costs of innovative materials with tailored properties such a...
A two-dimensional computational fluid dynamics (CFD) thermal fluid model has been developed and vali...
The process of twin-roll casting including pouring, solidifying, rolling and cooling can be accompli...
The process of twin-roll casting including pouring, solidifying, rolling and cooling can be accompli...
To keep steady casting production for strip casting, not only control of cooling and solidification ...
The Single Roll Continuous Strip Casting Process has been quantitatively analysed using a mathematic...
Near-net-shape casting technology is an important research area in the iron and steel industry today...
In the present study, a 2-D finite-element method (FEM) thermal-fluid-stress model has been develope...
In the present study, a 2-D finite-element method (FEM) thermal-fluid-stress model has been develope...
AbstractThe effect of set-back distance on the thermo-mechanical behavior of the strip during twin r...
Abstract: A finite element analysis was developed to determine thermomechanical behaviours of strip ...