We discuss the linearized equations of fiber spinning in the non-isothermal viscous regime. We prove that the solutions of the hyper-bolic equations of fiber spinning are generated by an eventually com-pact semigroup of bounded linear operators. This result gives us the justification to relate the stability of the semigroup to the numerical resolution of the spectrum of its generator. We report several numer-ical findings, confirming prior results on the stability of solutions for the equations of melt-spinning. Key words and phrases: Melt-spinning; spectrum; linear stabilit
The optimal design of rotational production processes for glass wool manufacturing poses severe comp...
AbstractThe study of spinning axisymmetric cylinders undergoing finite deformation is a classic prob...
Abstract-The stability of isothermal spinning of viscoelastic fluids which have strain-rate dependen...
We study the equations of isothermal fiber spinning under the assumption that viscous friction in th...
The production of long, thin polymeric bers is a main objective of the textile industry. Melt-spinni...
In contrast to isothermal fiber spinning, nonisothermal fiber spinning is a remarkably stable proces...
The one‐dimensional equations governing the formation of viscoelastic fibers using Giesekus constitu...
Elongational flows of viscoelastic melts are frequently encountered in manufacturing processes in th...
In this work, we give a global-in-time existence and uniqueness proof for solutions of the equations...
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...
In this dissertation a model of melt spinning (by Doufas, McHugh and Miller) has been investigated. ...
A mathematical model for spinning viscoelastic materials is proposed. This work can be considered th...
The study of spinning axisymmetric cylinders undergoing finite deformation is a classic problem in s...
We give an account of recent advances in fiber and film flow. In particular, we address local and gl...
The optimal design of rotational production processes for glass wool manufacturing poses severe comp...
AbstractThe study of spinning axisymmetric cylinders undergoing finite deformation is a classic prob...
Abstract-The stability of isothermal spinning of viscoelastic fluids which have strain-rate dependen...
We study the equations of isothermal fiber spinning under the assumption that viscous friction in th...
The production of long, thin polymeric bers is a main objective of the textile industry. Melt-spinni...
In contrast to isothermal fiber spinning, nonisothermal fiber spinning is a remarkably stable proces...
The one‐dimensional equations governing the formation of viscoelastic fibers using Giesekus constitu...
Elongational flows of viscoelastic melts are frequently encountered in manufacturing processes in th...
In this work, we give a global-in-time existence and uniqueness proof for solutions of the equations...
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...
In this dissertation a model of melt spinning (by Doufas, McHugh and Miller) has been investigated. ...
A mathematical model for spinning viscoelastic materials is proposed. This work can be considered th...
The study of spinning axisymmetric cylinders undergoing finite deformation is a classic problem in s...
We give an account of recent advances in fiber and film flow. In particular, we address local and gl...
The optimal design of rotational production processes for glass wool manufacturing poses severe comp...
AbstractThe study of spinning axisymmetric cylinders undergoing finite deformation is a classic prob...
Abstract-The stability of isothermal spinning of viscoelastic fluids which have strain-rate dependen...