Add to ORKGABSTRACT In this paper we present the results of the CFD simulations of the mold filling dynamics in gravity and counter-gravity lost foam castings. FLOW-3D software package (Flow-Simulations, Inc.) has been used to predict flow velocity distributions and pressure losses when liquid metal flows in the step pattern. The results of simulations are compared to those obtained experimentally
The reliability of cast components is dependent on thequality of the casting process. This can be ch...
3-D velocity and temperature fields of mold filling and solidification processes of large-sized cast...
Graduation date: 1990Centrifugal casting has been a successful\ud technique for quickly filling mold...
Numerical simulation is widely used and accepted in manufacturing as a way to improve the quality of...
In casting, fluidity is the measure of the distance a metal can flow in a channel before being stopp...
In casting processes, strong recirculation zones may trap air, gases and strip particles of sand off...
Gating and mold filling of castings in the lost foam casting process have been studied to determine ...
Purpose – To develop a numerical methodology to simulate the lost foam casting (LFC), includin...
To determine the effects of typical manufacturing parameters on the flow of liquid metal and the for...
Accurate representation of the coupled effects between turbulent fluid flow with a free surface, hea...
In the process of manufacturing reinforced castings by lost foam casting it is important to determin...
The molten metal flow under low-pressure filling was investigated both experimentally and numericall...
Aluminium Lost Foam castings were made using gravity and counter-gravity filling techniques. Tensile...
The main features of the flow field inside a beam blank continuous casting mold have been assessedth...
This paper proposes the numerical simulation of the investment casting of gold jewelry. It aims to s...
The reliability of cast components is dependent on thequality of the casting process. This can be ch...
3-D velocity and temperature fields of mold filling and solidification processes of large-sized cast...
Graduation date: 1990Centrifugal casting has been a successful\ud technique for quickly filling mold...
Numerical simulation is widely used and accepted in manufacturing as a way to improve the quality of...
In casting, fluidity is the measure of the distance a metal can flow in a channel before being stopp...
In casting processes, strong recirculation zones may trap air, gases and strip particles of sand off...
Gating and mold filling of castings in the lost foam casting process have been studied to determine ...
Purpose – To develop a numerical methodology to simulate the lost foam casting (LFC), includin...
To determine the effects of typical manufacturing parameters on the flow of liquid metal and the for...
Accurate representation of the coupled effects between turbulent fluid flow with a free surface, hea...
In the process of manufacturing reinforced castings by lost foam casting it is important to determin...
The molten metal flow under low-pressure filling was investigated both experimentally and numericall...
Aluminium Lost Foam castings were made using gravity and counter-gravity filling techniques. Tensile...
The main features of the flow field inside a beam blank continuous casting mold have been assessedth...
This paper proposes the numerical simulation of the investment casting of gold jewelry. It aims to s...
The reliability of cast components is dependent on thequality of the casting process. This can be ch...
3-D velocity and temperature fields of mold filling and solidification processes of large-sized cast...
Graduation date: 1990Centrifugal casting has been a successful\ud technique for quickly filling mold...