Accelerating advancements in technological systems have demonstrated a need for alloys
with drastically improved thermomechanical and chemical properties, called superalloys …

Ceramic core is an essential component in the precise casting of hollow turbine blades, and
the investigation on 3D printing of silica-based ceramic cores is crucial to the development …

The silica-based ceramic core has attracted much attention in the preparation of hollow
blades due to its great leachability. In this paper, the silica-based ceramic cores reinforced …

In this work, cristobalite crystallization and its effects on mechanical and chemical behaviour
of injection moulded silica-based ceramic cores were investigated. In order to simulate …

Ceramic core (CC) is a key component in the casting of aero-engine turbine blades, and CC
through 3D printing is crucial to the growing aviation technology. However, these silica CCs …

An enhanced-temperature vat photo-polymerisation of ceramic-loaded mixtures, or so called
hot ceramic lithography, has been presented in this paper, for 3D printing silica-based …

Ceramic cores are key components to form inner hollow structures in aero-engine blades,
and 3D printing is an ideal molding technology for ceramic cores. In this work, silica-based …

In this work, the influences of alumina addition on cristobalite crystallization and properties
of injection molded silica-based ceramic cores were investigated. X-ray diffraction (XRD) …

In the investment casting of turbine blades, ceramic cores are key components to form
complex hollow structures. Superior mechanical property and leaching rate are demanded …

Composite ceramic cores reinforced by different contents of mullite fibers were prepared via
injection molding. With increasing mullite fibers, the porosity showed near-exponential …