Mar 30, 2019 · In this paper, we explicitly address the issue of the stabilization of a hydraulic jump represented by a discontinuous shock solution of the ...
scholar.google.com › citations
Using a Lyapunov approach, we prove that we can stabilize the state of the system in H2-norm as well as the hydraulic jump location, with simple feedback ...
Mar 30, 2019 · We prove that we can stabilize the state of the system in -norm as well as the hydraulic jump location, with simple feedback boundary controls and an arbitrary ...
Feb 1, 2019 · In this paper, we explicitly address the issue of the stabilization of a hydraulic jump represented by a discontinuous shock solution of the ...
Using a Lyapunov approach, we prove that we can stabilize the state of the system in -norm as well as the hydraulic jump location, with simple feedback boundary ...
To control and stabilize the position of the jump, it is necessary to place a sill across the flow. A bibliographical analysis showed that when the controlled ...
Boundary feedback stabilization of hydraulic jumps | CoLab
colab.ws › articles › j.ifacsc.2019.100026
Using a Lyapunov approach, we prove that we can stabilize the state of the system in H 2 -norm as well as the hydraulic jump location, with simple feedback ...
People also ask
What is the conclusion of the hydraulic jump experiment?
How to prevent hydraulic jumps?
What is the theory behind hydraulic jump?
What is the governing equation for a hydraulic jump?
Jan 14, 2019 · In an open channel, a hydraulic jump is an abrupt transition between a torrential (supercritical) flow and a fluvial (subcritical) flow.
Jump properties are discussed for both weak and strong nonlinearity, and the role of a boundary layer region behind the leading edge of the jump is considered.
Missing: feedback stabilization
Sep 19, 2023 · The results prove the contribution of the negative step in the stabilization of hydraulic jumps in the stilling basin. In particular, a ...