Abstract 18Ni300 maraging steel with different TiC contents (0− 10 wt.%), for the first time,
have been fabricated by a direct laser deposition (DLD) technique. The microstructure and …

This study applied a holistic approach to the problem of controlling the temperature of critical
areas of tools using conformal cooling. The entire injection molding process is evaluated at …

In the production of geometries that traditional methods cannot produce, it is seen that
additive manufacturing (AM) technology, which has come to the fore, has been used …

This research aims to characterize and examine the microstructure and mechanical
properties of the newly developed M789 steel, applied in additive manufacturing. The data …

In this study, one-dimensional beads and three-dimensional cubes of 1.2709 maraging steel
were printed using a laser additive manufacturing (AM) technology. The direct energy …

Porosity is one of the challenges in high-pressure die casting (HPDC) of aluminum alloys. A
typical control of porosity involved controlled solidification which is attained by the cooling of …

The present work describes the effect of long-term (8 weeks) high-temperature oxidation
(500° C) on the formation of an oxide layer as well as on the microstructure and mechanical …

Thanks to the need for refinement in the mold field, high-precision laser powder bed fusion
(HP-LPBF) has become a critical technique for manufacturing new high-precision molds …

This article presents the results of shape-dependent strength analyses in die-castings from
traditional (straight-drilled) and conformal core-cooling moulds. Cores with a traditional …

This paper presents the results of testing the mechanical properties of maraging steel
1.2709 that were obtained by the SLM method under uniaxial and triaxial states of stress …