Add to ORKGAbstract: Based on the cooling parameters of the mold copper plate for slab continuous casting in a steelmaking plant, the three-dimensional calculating model of the copper plate was established, and three-dimensional distributions of temperature, thermal stress and strain were simulated numerically by using finite element method (FEM). The maximum deformation of the mold copper plate, the highest temperature and thermal stress were obtained. This research is useful for the structure design of the mold
This work deals with the thermo-mechanical analysis of a copper mould, which is a component that con...
This work describes the thermo-mechanical analysis of a copper mould for continuous steel casting. D...
A mold is a part of a continuous casting plant where the molten steel starts to solidify. The inner ...
The mold is one of the most important components of the continuous casting machine since the mold c...
Three-dimensional finite-element thermal-stress models are applied to predict temperature, distortio...
The mold is one of the most important components of the continuous casting machine since the mold co...
Three-dimensional finite-element thermal-stress models are applied to predict temperature, distortio...
To calibrate the CON1D model for accurate simulation of mold temperature and heat flux in a thin-sla...
In this work the durability assessment and the permanent deformation of a copper mold for continuous...
A three dimensional mathematical model has been developed to compute the thermomechanical state in t...
A three dimensional mathematical model has been developed to compute the thermomechanical state in t...
Copper molds are adopted in continuous casting to provide an initial solidification of steel. The pr...
In this work the durability assessment and the permanent deformation of a copper mold for continuous...
In steel continuous casting, controlling heat flux from top of the mold to caster exit is very essen...
This work deals with the thermo-mechanical analysis of a copper mould, which is a component that con...
This work deals with the thermo-mechanical analysis of a copper mould, which is a component that con...
This work describes the thermo-mechanical analysis of a copper mould for continuous steel casting. D...
A mold is a part of a continuous casting plant where the molten steel starts to solidify. The inner ...
The mold is one of the most important components of the continuous casting machine since the mold c...
Three-dimensional finite-element thermal-stress models are applied to predict temperature, distortio...
The mold is one of the most important components of the continuous casting machine since the mold co...
Three-dimensional finite-element thermal-stress models are applied to predict temperature, distortio...
To calibrate the CON1D model for accurate simulation of mold temperature and heat flux in a thin-sla...
In this work the durability assessment and the permanent deformation of a copper mold for continuous...
A three dimensional mathematical model has been developed to compute the thermomechanical state in t...
A three dimensional mathematical model has been developed to compute the thermomechanical state in t...
Copper molds are adopted in continuous casting to provide an initial solidification of steel. The pr...
In this work the durability assessment and the permanent deformation of a copper mold for continuous...
In steel continuous casting, controlling heat flux from top of the mold to caster exit is very essen...
This work deals with the thermo-mechanical analysis of a copper mould, which is a component that con...
This work deals with the thermo-mechanical analysis of a copper mould, which is a component that con...
This work describes the thermo-mechanical analysis of a copper mould for continuous steel casting. D...
A mold is a part of a continuous casting plant where the molten steel starts to solidify. The inner ...