Dissolution of MgSi particles and homogenisation in aluminium foundry alloys A356 and A357 have been simulated by a simple numerical diffusion model. The model predicts that dissolution and homogenisation are complete after solution treatment times of less than one hour at 540°C for both alloys. Model predictions have been verified by metallography
Mass balance calculations were performed to model the effect of solution treatment time on A356 and ...
A computational simulation of the beta-AlFeSi to alpha-AlFeSi transformation has been performed in t...
This paper is a review of a suite of mathematical models of increasing complexity on particle dissol...
Control of the homogenization process is important in obtaining high extrudability and desirable pro...
A simulation of the evolution of the as-cast microstructure during the homogenization heat treatment...
A finite volume model was used to calculate Mg2Si particle dissolution and the solute Mg content in ...
Environmental savings can be made by increasing the use of aluminium alloys in the automotive indust...
Environmental savings can be made by increasing the use of aluminium alloys in the automotive indust...
Environmental savings can be made by increasing the use of aluminium alloys in the automotive indust...
Environmental savings can be made by increasing the use of aluminium alloys in the automotive indust...
A CALPHAD-coupled multi-component multi-phase Kampmann–Wagner Numerical modelling framework has been...
A CALPHAD-coupled multi-component multi-phase Kampmann–Wagner Numerical modelling framework has been...
The dissolution behavior of equilibrium η(MgZn2), T(Al2Mg3Zn3), S(Al2CuMg) and Fe-containing Al7Cu2F...
The two-domain approach and the phase-field approach, the two distinct physical models, for simulati...
International audienceA comprehensive model is presented for the simulation of microstructure evolut...
Mass balance calculations were performed to model the effect of solution treatment time on A356 and ...
A computational simulation of the beta-AlFeSi to alpha-AlFeSi transformation has been performed in t...
This paper is a review of a suite of mathematical models of increasing complexity on particle dissol...
Control of the homogenization process is important in obtaining high extrudability and desirable pro...
A simulation of the evolution of the as-cast microstructure during the homogenization heat treatment...
A finite volume model was used to calculate Mg2Si particle dissolution and the solute Mg content in ...
Environmental savings can be made by increasing the use of aluminium alloys in the automotive indust...
Environmental savings can be made by increasing the use of aluminium alloys in the automotive indust...
Environmental savings can be made by increasing the use of aluminium alloys in the automotive indust...
Environmental savings can be made by increasing the use of aluminium alloys in the automotive indust...
A CALPHAD-coupled multi-component multi-phase Kampmann–Wagner Numerical modelling framework has been...
A CALPHAD-coupled multi-component multi-phase Kampmann–Wagner Numerical modelling framework has been...
The dissolution behavior of equilibrium η(MgZn2), T(Al2Mg3Zn3), S(Al2CuMg) and Fe-containing Al7Cu2F...
The two-domain approach and the phase-field approach, the two distinct physical models, for simulati...
International audienceA comprehensive model is presented for the simulation of microstructure evolut...
Mass balance calculations were performed to model the effect of solution treatment time on A356 and ...
A computational simulation of the beta-AlFeSi to alpha-AlFeSi transformation has been performed in t...
This paper is a review of a suite of mathematical models of increasing complexity on particle dissol...