Investment casting process is the promising method for manufacturing of complex
component with better surface finish and dimensional accuracy. Development of 3D printing …

The objective of this paper was to investigate the effects of curing parameters (ie,
temperature and time), on the permeability and mechanical strength of the printed molds …

The mechanical properties of 3D printed materials produced with additive manufacturing
depend on the printing process, which is controlled by several tuning parameters. This …

The demand for additive manufacturing (AM) metal parts has increased today. Still, the
general procedure of these methods is to apply heat to metal powder or electrodes, which …

The present work addresses the printed sand mold thickness effect on the solidification
process of a eutectic aluminum-silicon alloy (AlSi13). Several sand mold thicknesses …

Abstract 3D sand mold printing allows rapid and direct fabrication of complex-shaped molds
and cores that helps to overcome the limitations of conventional casting. The manufactured …

Traditional casting methods are losing their appeal due to poor working conditions.
Integrating additive manufacturing into traditional Casting is a popular solution. Among the …

Conventional metal (sand) casting requires solid patterns consisting of two halves (cope and
drag) prepared to remove the pattern. The approach is simple but leads to numerous steps …

Technological developments have an effect on the field of manufacturing and many other
fields. In recent years, the importance of additive manufacturing in the casting industry has …

Sand casting processes are simple and, generally, require a small initial investment in
machines and tools. These characteristics make this manufacturing process very used in the …