US A356 and US 413 cast aluminium alloys shrinkage characteristic have been discussed in the present study. Specific volume reduction leads to shrinkage in castings and it can be envisaged as a casting defect. Finite difference based casting process simulation software has been used to study the shrinkage characteristic and it is quantified using mathematical formulae. The three dimensional model of the shrinkage defect has been constructed using CAD application software. Shrinkage characteristic has also been quantified through experimental validation studies and compared well with casting process simulation. Shrinkage characteristic study and control is essential for producing defect free castings. Influence of casting shape on the shrink...
Shrinkage porosity is a type of random distribution defects and exists in most large castings. Diffe...
Metal castings with the presence of shrinkage porosity are often recycled or rejected and in turn re...
The formation process of one of the most common casting defects, a shrinkage depression concerned to...
US A356 and US 413 cast aluminium alloys shrinkage characteristic have been discussed in the present...
Defects in casting reduce quality of products and economic efficency.Therefore, limiting defects is ...
Significant efforts have been made by materials scientists and metallurgists to understand the under...
Significant efforts have been made by materials scientists and metallurgists to understand the under...
It is important to predict shrinkage porosity quantitatively in squeeze casting process by CAE. A ne...
The present paper presents a three-dimensional model that is capable of predicting the pressure drop...
During the casting of aluminium alloys, the susceptibility to form oxide films is high, due to the t...
Abstract: Cast Aluminum-Silicon alloys are used in automotive and industrial weight sensitive applic...
In the present world with the increasing use of Aluminum alloy wheels in automotive industry the Alu...
AbstractVolume deficit of rectangular shape US 413 and US A356 cast aluminium alloy has been estimat...
Casting defects such as gas pores and shrinkages typically occur in castings. Since defects favor ea...
A comprehensive methodology that takes into account alloy solidification, shrinkage-driven interdend...
Shrinkage porosity is a type of random distribution defects and exists in most large castings. Diffe...
Metal castings with the presence of shrinkage porosity are often recycled or rejected and in turn re...
The formation process of one of the most common casting defects, a shrinkage depression concerned to...
US A356 and US 413 cast aluminium alloys shrinkage characteristic have been discussed in the present...
Defects in casting reduce quality of products and economic efficency.Therefore, limiting defects is ...
Significant efforts have been made by materials scientists and metallurgists to understand the under...
Significant efforts have been made by materials scientists and metallurgists to understand the under...
It is important to predict shrinkage porosity quantitatively in squeeze casting process by CAE. A ne...
The present paper presents a three-dimensional model that is capable of predicting the pressure drop...
During the casting of aluminium alloys, the susceptibility to form oxide films is high, due to the t...
Abstract: Cast Aluminum-Silicon alloys are used in automotive and industrial weight sensitive applic...
In the present world with the increasing use of Aluminum alloy wheels in automotive industry the Alu...
AbstractVolume deficit of rectangular shape US 413 and US A356 cast aluminium alloy has been estimat...
Casting defects such as gas pores and shrinkages typically occur in castings. Since defects favor ea...
A comprehensive methodology that takes into account alloy solidification, shrinkage-driven interdend...
Shrinkage porosity is a type of random distribution defects and exists in most large castings. Diffe...
Metal castings with the presence of shrinkage porosity are often recycled or rejected and in turn re...
The formation process of one of the most common casting defects, a shrinkage depression concerned to...