We study the dispersive properties of the linear vibrating plate (LVP) equation. Splitting it into two Schrodinger-type equations we show its close relation with the Schrodinger equation. Then, the homogeneous Sobolev spaces appear to be the natural setting to show Strichartz-type estimates for the LVP equation. By showing a Kato-Ponce inequality for homogeneous Sobolev spaces, we prove the well-posedness of the Cauchy problem for the LVP equation with time-dependent potentials. Finally, we exhibit the sharpness of our results. This is achieved by finding a suitable solution for the stationary homogeneous vibrating plate equation.
Strichartz Estimates for the Vibrating Plate Equation
CORDERO, Elena;ZUCCO, DAVIDE
2011-01-01
Abstract
We study the dispersive properties of the linear vibrating plate (LVP) equation. Splitting it into two Schrodinger-type equations we show its close relation with the Schrodinger equation. Then, the homogeneous Sobolev spaces appear to be the natural setting to show Strichartz-type estimates for the LVP equation. By showing a Kato-Ponce inequality for homogeneous Sobolev spaces, we prove the well-posedness of the Cauchy problem for the LVP equation with time-dependent potentials. Finally, we exhibit the sharpness of our results. This is achieved by finding a suitable solution for the stationary homogeneous vibrating plate equation.File in questo prodotto:
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