Add to ORKGTreating the arteries as a thin-walled and prestressed elastic tube with a stenosis and the blood as a Newtonian fluid with negligible viscosity, we have studied the amplitude modu-lation of nonlinear waves in such a composite system by use of the reductive perturbation method. The governing evolution equation is obtained as the variable-coefficient nonlinear Schrödinger equation. It is observed that the speed of the harmonic wave increases with distance from the center of stenosis. 2000 Mathematics Subject Classification: 74F10. 1. Introduction. Th
In the present work, treating the arteries as a tapered, thin-walled, long and circularly conical pr...
Wessex Institute of TechnologyIn the present work, employing the nonlinear equations of an incompres...
Using the nonlinear differential equations governing the motion of a fluid-filled and prestressed lo...
Treating the arteries as a thin-walled and prestressed elastic tube with a stenosis and the blood as...
In the present work, by utilizing the artery as a prestressed thin-walled elastic tube with a symmet...
Wave modulation in an elastic tube had been studied by researchers since year 1979. However there i...
In this study, we have contributed to the derivation of mathematical model for the nonlinear waves ...
In the present work, treating the artery as a prestressed thin-walled and long circularly cylindrica...
In the present work, treating the arteries as a prestressed thin walled elastic tube with a stenosis...
In the present work, utilizing the nonlinear equations of a prestressed thin elastic tube filled wit...
In the present work, utilizing the non-linear equations of a prestressed thin elastic tube filled wi...
In the present work, treating the arteries as a thin walled prestressed elastic tube with a bump, an...
In the present work, treating the arteries as a thin walled prestressed elastic tube with variable c...
In this work, treating the artery as a prestressed thin elastic tube with variable radius and the bl...
In the present work, treating the artery as a tapered, thin walled, long and circularly conical pres...
In the present work, treating the arteries as a tapered, thin-walled, long and circularly conical pr...
Wessex Institute of TechnologyIn the present work, employing the nonlinear equations of an incompres...
Using the nonlinear differential equations governing the motion of a fluid-filled and prestressed lo...
Treating the arteries as a thin-walled and prestressed elastic tube with a stenosis and the blood as...
In the present work, by utilizing the artery as a prestressed thin-walled elastic tube with a symmet...
Wave modulation in an elastic tube had been studied by researchers since year 1979. However there i...
In this study, we have contributed to the derivation of mathematical model for the nonlinear waves ...
In the present work, treating the artery as a prestressed thin-walled and long circularly cylindrica...
In the present work, treating the arteries as a prestressed thin walled elastic tube with a stenosis...
In the present work, utilizing the nonlinear equations of a prestressed thin elastic tube filled wit...
In the present work, utilizing the non-linear equations of a prestressed thin elastic tube filled wi...
In the present work, treating the arteries as a thin walled prestressed elastic tube with a bump, an...
In the present work, treating the arteries as a thin walled prestressed elastic tube with variable c...
In this work, treating the artery as a prestressed thin elastic tube with variable radius and the bl...
In the present work, treating the artery as a tapered, thin walled, long and circularly conical pres...
In the present work, treating the arteries as a tapered, thin-walled, long and circularly conical pr...
Wessex Institute of TechnologyIn the present work, employing the nonlinear equations of an incompres...
Using the nonlinear differential equations governing the motion of a fluid-filled and prestressed lo...