Effect of sprue/metal head height on mould filling, microstructure and mechanical properties of TWDI casting is studied. Results show that metal/sprue height of 50 mm is not sufficient to push the melt through the gating channel, but as it is increased from 100-350 mm, proper mould filling is achieved. However at higher heights between 200 mm and 350 mm, defects associated with incomplete solidification, carbide precipitation and turbulent flow are evident. This research shows that superior UTS, hardness, nodularity and nodule count are obtained at 100 mm sprue height
The purpose of this final thesis is experimental verification of the influence of graphitic inoculan...
This work studies the impact strength of thin wall ductile iron. The properties of thin wall plates ...
The main bulk density representation in the molding material is opening material, refractory granula...
Due to its attractive characteristics, thin wall ductile iron (TWDI), has been increasingly consider...
The excellent property combination of thin wall ductile iron castings (TWDI), including thin wall al...
Foundry technologists use their own style of gating system designing. Most of their patterns are cau...
Carbide precipitates in Thin Wall Ductile Iron (TWDI) used for automotive applications needs to be e...
[[abstract]]The primary purpose of this research was to nvestigated the effects of molten metal proc...
In the family of iron-based alloys, ductile iron enjoys the highest rate of development, finding app...
Cast iron is an alloy of iron containing more than 2% carbon as an alloying element. It has almost n...
Cast iron is an alloy of iron containing more than 2% carbon as an alloying element. It has almost n...
Demand on plastic product in this country is very tremendous because plastic product has better in q...
Ductile iron was first developed in 1943 and it is widely used in automotive industry.The difference...
In this work, the effects of 75 mm thick cast iron, (casting mould YIV) composition (Cu) and heat tr...
The demand for ductile cast iron components, with weights ranging from a few kilograms to several to...
The purpose of this final thesis is experimental verification of the influence of graphitic inoculan...
This work studies the impact strength of thin wall ductile iron. The properties of thin wall plates ...
The main bulk density representation in the molding material is opening material, refractory granula...
Due to its attractive characteristics, thin wall ductile iron (TWDI), has been increasingly consider...
The excellent property combination of thin wall ductile iron castings (TWDI), including thin wall al...
Foundry technologists use their own style of gating system designing. Most of their patterns are cau...
Carbide precipitates in Thin Wall Ductile Iron (TWDI) used for automotive applications needs to be e...
[[abstract]]The primary purpose of this research was to nvestigated the effects of molten metal proc...
In the family of iron-based alloys, ductile iron enjoys the highest rate of development, finding app...
Cast iron is an alloy of iron containing more than 2% carbon as an alloying element. It has almost n...
Cast iron is an alloy of iron containing more than 2% carbon as an alloying element. It has almost n...
Demand on plastic product in this country is very tremendous because plastic product has better in q...
Ductile iron was first developed in 1943 and it is widely used in automotive industry.The difference...
In this work, the effects of 75 mm thick cast iron, (casting mould YIV) composition (Cu) and heat tr...
The demand for ductile cast iron components, with weights ranging from a few kilograms to several to...
The purpose of this final thesis is experimental verification of the influence of graphitic inoculan...
This work studies the impact strength of thin wall ductile iron. The properties of thin wall plates ...
The main bulk density representation in the molding material is opening material, refractory granula...