Jets, ie collimated streams of matter, occur from the microscale up to the large-scale
structure of the universe. Our focus will be mostly on surface tension effects, which result …

We propose a regularized thin-fiber (string) model that overcomes past numerical limitations
and allows determination of the steady fiber velocity and diameter of a semi-infinite …

We consider the role of heating and cooling in the steady drawing of a long and thin viscous
thread with an arbitrary number of internal holes of arbitrary shape. The internal holes and …

In this paper, we derive and investigate an asymptotic model for the dynamics of curved
viscous inertial Newtonian fibres subjected to surface tension, as they occur in rotational …

This paper presents a slender body theory for the dynamics of a curved inertial viscous
Newtonian fiber. Neglecting surface tension and temperature dependence, the fiber flow is …

In this paper we investigate the role played by viscous heating in extensional flows of
viscous threads with temperature-dependent viscosity. We show that there exists an …

We consider the flow of a thermoviscous fluid within a vertical tube which is heated from
below, modelling a scenario where a fluid melts, flows and eventually drips due to a …

Purpose–The purpose of this paper is to extend the penalty concept to treat partial slip, free
surface, contact and related boundary conditions in viscous flow simulation …

We consider the evolution of a long and thin vertically aligned axisymmetric viscous thread
that is composed of an incompressible fluid. The thread is attached to a solid wall at its …

This work deals with the mathematical modeling and numerical simulation of the dynamics
of a curved inertial viscous Newtonian fiber, which is practically applicable to the description …