A356 alloy produced by means of conventional gravity die casting and rheocasting has been investigated and their microstructure, mechanical and tribological properties were compared. The microstructure of conventional cast sample is fully dendritic in contrast to spheroidal morphology in rheocast sample. The mechanical properties of the rheocast samples are considerably higher than the conventional cast samples. The volumetric wear loss and coefficient of friction in rheocast samples are always less than those in conventional cast samples at all loads. The wear occurs mainly by ploughing mechanism
Recent decades have attracted board interest in the Rheocasting process. The High demand for lightwe...
Recent decades have attracted board interest in the Rheocasting process. The High demand for lightwe...
AbstractIn this study, A356/Al2O3 metal matrix composites were fabricated by conventional stirring a...
In present investigation, correlation between microstructure, mechanical properties and wear analysi...
In the present study, the dry sliding wear behavior of rheocast A356 Al alloys, cast using a cooling...
In the present study, the dry sliding wear behavior of rheocast A356 Al alloys, cast using a cooling...
In the present study, the dry sliding wear behavior of rheocast A356 Al alloys, cast using a cooling...
A356 alloy produced by means of conventional gravity die- casting, rheocasting and strain induced m...
In this study, the effect of molding materials on microstructure and wear behavior of A356 alloy was...
In the present work, a comparative wear behavior study of three categories of materials viz, as cast...
Recent decades have attracted board interest in the Rheocasting process. The High demand for lightwe...
In the present work, the effects of different microstructural features on the mechanical properties ...
Recent decades have attracted board interest in the Rheocasting process. The High demand for lightwe...
In the present work, the effects of different microstructural features on the mechanical properties ...
In this paper, wear properties of samples manufactured using thixocasting were compared with those o...
Recent decades have attracted board interest in the Rheocasting process. The High demand for lightwe...
Recent decades have attracted board interest in the Rheocasting process. The High demand for lightwe...
AbstractIn this study, A356/Al2O3 metal matrix composites were fabricated by conventional stirring a...
In present investigation, correlation between microstructure, mechanical properties and wear analysi...
In the present study, the dry sliding wear behavior of rheocast A356 Al alloys, cast using a cooling...
In the present study, the dry sliding wear behavior of rheocast A356 Al alloys, cast using a cooling...
In the present study, the dry sliding wear behavior of rheocast A356 Al alloys, cast using a cooling...
A356 alloy produced by means of conventional gravity die- casting, rheocasting and strain induced m...
In this study, the effect of molding materials on microstructure and wear behavior of A356 alloy was...
In the present work, a comparative wear behavior study of three categories of materials viz, as cast...
Recent decades have attracted board interest in the Rheocasting process. The High demand for lightwe...
In the present work, the effects of different microstructural features on the mechanical properties ...
Recent decades have attracted board interest in the Rheocasting process. The High demand for lightwe...
In the present work, the effects of different microstructural features on the mechanical properties ...
In this paper, wear properties of samples manufactured using thixocasting were compared with those o...
Recent decades have attracted board interest in the Rheocasting process. The High demand for lightwe...
Recent decades have attracted board interest in the Rheocasting process. The High demand for lightwe...
AbstractIn this study, A356/Al2O3 metal matrix composites were fabricated by conventional stirring a...