This paper reviews current knowledge about the rheology and applications of highly
concentrated molten polymers, focusing on hard particles with sizes ranging from several …

Due to their superior thermal and thermophysical properties compared to traditional fluids,
as well as their consideration in terms of mass and heat transport, nanofluids today have a …

We consider the current state of our understanding of the rheology of two-phase magmas,
that is suspensions of either bubbles or crystals in a viscous silicate melt. The discussion is …

The enhanced thermal characteristics of nanofluids have made it one of the most raplidly
growing research areas in the last decade. Numerous researches have shown the merits of …

Stereolithography (SLA) has been regarded as the most promising rapid prototype (RP)
production method for ceramic parts recently because of its better precision in size and site …

Stereolithography (SLA) has a good ability to form complex bodies, while hydroxyapatite
(HA) ceramic has good mechanical and biological properties because of its similarity in …

The behaviour of nearly neutrally-buoyant suspensions has been studied experimentally,
using a concentric-cylinder rheometer. The effect on the suspension viscosity of:(i) solid …

The current study describes the mechanical properties and translucency of 5 mol% yttria-
partially stabilized zirconia (5Y-PSZ) prepared via stereolithography (SLA). A stable 5Y-PSZ …

In this paper, two new empirical equations for calculating the effective dynamic viscosity and
thermal conductivity of nanofluids are presented based on a high number of experimental …

In this study, iron (III) oxide (Fe 2 O 3)-doped zirconia (3Y-TZP) ceramics with desirable
mechanical and color properties for dental restorations were fabricated by stereolithography …