This paper is about Newtonian nanofluid flow manifested with thermal radiation and heat
generation/absorption. Further, the study of interest are mixed convection, stagnation point …

Titanate nanotubes were synthesized by hydrothermal reaction of titania nanoparticles in
alkali solution and the electrorheological (ER) properties of titanate nanotubes/silicone oil …

As a new electrorheological (ER) material, core/shell nanorods composed of a titania core
and conducting polymer poly (3, 4-ethylenedioxythiophene)(PEDOT) shell were prepared …

To develop a novel functional fibrous scaffold, a blend‐electrospinning technique was
applied to transfer polyurethane/inorganic‐particles solutions into nanofibers, in which …

Various materials that show reversible changes in the rheological properties in response to
external stimuli, especially electric and/or magnetic fields, have attracted attention because …

Progress in electrorheology was reviewed for micro-and nano-suspensions. Characteristics
required for the suspensions and related materials were shown. Some proposed models …

The electrorheological properties (ER) of some fluids containing particles change
extensively under the external electrical field. This phenomenon is applicable in many …

The sedimentation kinetics of different nanocarbon materials in decane and toluene
suspensions has been studied by a turbidimetric method. The nanomaterials morphology …

The linear viscoelastic properties of a suspension composed of titanium dioxide
nanoparticles were measured under the direct current (dc) electric field with narrow gap …

An attempt has been made to develop a candidate for electro-rheological (ER) nano-
suspensions based on anatase titanium dioxide with a particle diameter around 300 nm …