The influence of spout lip set-height on flow behavior of molten glass and tin at tin bath entrance is investigated.
The jerky flow behavior of metallic glasses (MGs) is systematically investigated in this work for various alloy compositions, ranging from the commonly conceived "ductile" MGs, such as those based on Zr and Cu, to the "brittle" ones, such as those based on Mg and Fe, on the microscopic scale.
The flow behavior of the supercooled Zr41.2Ti13.8Cu12.5Ni10Be22.5 bulk metallic glass-forming liquid is studied in isothermal three-point beam-bending experiments.
In this work, the flow behavior of foam and its impact on mobility control in displacing oil are investigated using a glass microfluidic device comprising a complex heterogeneous porous medium.
Numerous efforts have been made to model the flow behavior of such fracture networks.
The impact behavior of glass, aramid and glass aramid hybrid fabric epoxy matrix composites was evaluated.
The relaxation behavior of glass is of great scientific and technological importance.
In this work, we systematically investigate the serrated flow behavior in the compression of bulk metallic glasses by varying the intrinsic composition and various extrinsic material and experimental factors including the sample size, the strain rate, and the testing machine stiffness.
In this article, we describe fundamental aspects of suspension structure, elasticity, and flow behavior for three important systems: (1) dense liquids (and glasses), (2) gels, and (3) biphasic mixtures.
Flow behavior index, dimensionless.
Parameters, in Eq. (7), function of flow behavior index.
