We study the equations of isothermal fiber spinning under the assumption that viscous friction in the fiber is balanced by shear stresses. Our discussion gives a rather complete picture of the existence and nonexistence of stationary solutions. The linearization about steady state of the governing equations is analyzed by semigroup methods and shown to have the spectrally determined growth property. Both linear and nonlinear stability of stationary solutions is investigated numerically. © 2009 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim
Fiber spinning and extrusion flow in general, of viscoelastic liquids through dies, are the primary ...
<正> The flow problem given in the title has been considered for a modified Maxwell fluid. The ...
Flow instabilities of wet-spun fibers in the form of draw resonance can result in radius fluctuation...
In contrast to isothermal fiber spinning, nonisothermal fiber spinning is a remarkably stable proces...
We discuss the linearized equations of fiber spinning in the non-isothermal viscous regime. We prove...
The stationary, isothermal rotational spinning process of fibers is considered. The investigations a...
Abstract. The stationary, isothermal rotational spinning process of fibers is considered. The invest...
The one‐dimensional equations governing the formation of viscoelastic fibers using Giesekus constitu...
In this work, we give a global-in-time existence and uniqueness proof for solutions of the equations...
Flow instabilities of wet-spun fibers in the form of draw resonance can result in radius fluctuation...
The production of long, thin polymeric bers is a main objective of the textile industry. Melt-spinni...
The fiber spinning process of a viscoelastic liquid modeled by the constitutive theory of the Maxwel...
The optimal design of rotational production processes for glass wool manufacturing poses severe comp...
Abstract-The stability of isothermal spinning of viscoelastic fluids which have strain-rate dependen...
In this paper we extend the slender body theory for the dynamics of a curved inertial viscous Newton...
Fiber spinning and extrusion flow in general, of viscoelastic liquids through dies, are the primary ...
<正> The flow problem given in the title has been considered for a modified Maxwell fluid. The ...
Flow instabilities of wet-spun fibers in the form of draw resonance can result in radius fluctuation...
In contrast to isothermal fiber spinning, nonisothermal fiber spinning is a remarkably stable proces...
We discuss the linearized equations of fiber spinning in the non-isothermal viscous regime. We prove...
The stationary, isothermal rotational spinning process of fibers is considered. The investigations a...
Abstract. The stationary, isothermal rotational spinning process of fibers is considered. The invest...
The one‐dimensional equations governing the formation of viscoelastic fibers using Giesekus constitu...
In this work, we give a global-in-time existence and uniqueness proof for solutions of the equations...
Flow instabilities of wet-spun fibers in the form of draw resonance can result in radius fluctuation...
The production of long, thin polymeric bers is a main objective of the textile industry. Melt-spinni...
The fiber spinning process of a viscoelastic liquid modeled by the constitutive theory of the Maxwel...
The optimal design of rotational production processes for glass wool manufacturing poses severe comp...
Abstract-The stability of isothermal spinning of viscoelastic fluids which have strain-rate dependen...
In this paper we extend the slender body theory for the dynamics of a curved inertial viscous Newton...
Fiber spinning and extrusion flow in general, of viscoelastic liquids through dies, are the primary ...
<正> The flow problem given in the title has been considered for a modified Maxwell fluid. The ...
Flow instabilities of wet-spun fibers in the form of draw resonance can result in radius fluctuation...