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

With the improvement of aero-engine performance, the preparation of hollow blades of
single-crystal superalloys with complex inner cavity cooling structures is becoming …

In this study, silica ceramic cores were fabricated by stereolithography based-3D printing
with improved mechanical properties. To this end, the green bodies were first 3D-printed in …

The primary objective of this study is to demonstrate the possibility of developing silica,
alumina, and zircon-based photocurable ceramic suspensions that can be used for visible …

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 …

Silica-based ceramic cores have been widely used for manufacturing aero-engine hollow
blades due to excellent mechanical properties and chemical stability. In this study, selective …

A ceramic core of network-structured ZrSiO 4 surrounding large particles of fused quartz was
designed. Experimental results show that the ceramic core prepared by digital light …

Silica ceramic cores have played an important part in the manufacture of hollow blades due
to their excellent chemical stability and moderate high-temperature mechanical properties …

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 …

The silica-based ceramic core is an essential part of the investment casting of hollow turbine
blades due to their excellent thermal stability and easy demoulding. In this study, the green …