The paper presents results of measuring thermal conductivity of green-sand mould material and time of pure-copper plate castings solidification evaluated from cooling curves. During the experiments pure Cu (99,8 %) plate was cast into the green-sand moulds. Basing on the measurements it was stated that thermal conductivity of the moulding sand has complex temperature variability, especially during the water vaporization and the obtained dependence should be used in the numerical calculations to improve their accuracy
In the study reported in this work, two-dimensional numerical simulations were accomplish for the so...
Metal-filled polymers containing micro-powders of highly conductive metals can serve as a starting m...
The permanent mold process is one of the major casting processes, using metal molds to give high str...
The paper presents results of measuring thermal conductivity of green-sand mould material and time o...
The paper presents results of measuring thermal conductivity of green sand mould material and time o...
The paper presents results of measuring heat diffusivity and thermal conductivity coefficients of us...
The paper presents results of measuring thermal conductivity and heat capacity of bentonite foundry ...
The paper presents results of measuring thermal conductivity of sand mould material and time of cast...
SIGLEAvailable from British Library Document Supply Centre-DSC:6029.28073(236) / BLDSC - British Lib...
For a thorough understanding of the behaviour of foundry mould mixtures, a good knowledge of thermal...
In this study, the time-temperature behaviour of selected process parameters is established. The pap...
The paper presents analysis of influence of different variable parameters on time of solidification ...
The thermal conductivity of various copper matte and fayalite slag was measured using laser flash an...
The possibility of controlling the solidification and cooling time of castings creates prospects of ...
An extensive experimental investigation on the heat transfer coefficient (HTC) during sand casting o...
In the study reported in this work, two-dimensional numerical simulations were accomplish for the so...
Metal-filled polymers containing micro-powders of highly conductive metals can serve as a starting m...
The permanent mold process is one of the major casting processes, using metal molds to give high str...
The paper presents results of measuring thermal conductivity of green-sand mould material and time o...
The paper presents results of measuring thermal conductivity of green sand mould material and time o...
The paper presents results of measuring heat diffusivity and thermal conductivity coefficients of us...
The paper presents results of measuring thermal conductivity and heat capacity of bentonite foundry ...
The paper presents results of measuring thermal conductivity of sand mould material and time of cast...
SIGLEAvailable from British Library Document Supply Centre-DSC:6029.28073(236) / BLDSC - British Lib...
For a thorough understanding of the behaviour of foundry mould mixtures, a good knowledge of thermal...
In this study, the time-temperature behaviour of selected process parameters is established. The pap...
The paper presents analysis of influence of different variable parameters on time of solidification ...
The thermal conductivity of various copper matte and fayalite slag was measured using laser flash an...
The possibility of controlling the solidification and cooling time of castings creates prospects of ...
An extensive experimental investigation on the heat transfer coefficient (HTC) during sand casting o...
In the study reported in this work, two-dimensional numerical simulations were accomplish for the so...
Metal-filled polymers containing micro-powders of highly conductive metals can serve as a starting m...
The permanent mold process is one of the major casting processes, using metal molds to give high str...