We deal with the 3D inviscid Leray-\u3b1 model. The well posedness for this problem is not known; by adding a random perturbation we prove that there exists a unique (in law) global solution. The random forcing term formally preserves conservation of energy. The result holds for the initial velocity of finite energy and the solution has finite energy a.s. These results continue to hold in the 2D case
We consider the solutions of the Cauchy problem for a dyadic model of Euler equations. We prove glob...
We consider the solutions of the Cauchy problem for a dyadic model of Euler equations. We prove glob...
In this paper we study a stochastic version of an inviscid shell model of turbulence with multiplica...
We deal with the 3D inviscid Leray-α model. The well posedness for this problem is not known; by add...
We deal with the 3D inviscid Leray-alpha model. The well posedness for this problem is not known; by...
We prove local well-posedness in regular spaces and a Beale–Kato–Majda blow-up criterion for a recen...
We study the stochastic Leray-{\alpha} model of Euler equations with transport noise. We first use w...
In the first two chapters, a concise introduction to stochastic integration in Hilbert spaces is gi...
the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduc...
AbstractWe establish the existence of a local smooth solution of the stochastic Euler equations in R...
Hofmanová M, Zhu R, Zhu X. On Ill- and Well-Posedness of Dissipative Martingale Solutions to Stochas...
3D stochastic Euler equations with a special form of multiplicative noise are considered. A Constant...
3D stochastic Euler equations with a special form of multiplicative noise are considered. A Constant...
AbstractWe establish the existence of a local smooth solution of the stochastic Euler equations in R...
We consider stochastic versions of Euler--Arnold equations using the infinite-dimensional geometric ...
We consider the solutions of the Cauchy problem for a dyadic model of Euler equations. We prove glob...
We consider the solutions of the Cauchy problem for a dyadic model of Euler equations. We prove glob...
In this paper we study a stochastic version of an inviscid shell model of turbulence with multiplica...
We deal with the 3D inviscid Leray-α model. The well posedness for this problem is not known; by add...
We deal with the 3D inviscid Leray-alpha model. The well posedness for this problem is not known; by...
We prove local well-posedness in regular spaces and a Beale–Kato–Majda blow-up criterion for a recen...
We study the stochastic Leray-{\alpha} model of Euler equations with transport noise. We first use w...
In the first two chapters, a concise introduction to stochastic integration in Hilbert spaces is gi...
the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduc...
AbstractWe establish the existence of a local smooth solution of the stochastic Euler equations in R...
Hofmanová M, Zhu R, Zhu X. On Ill- and Well-Posedness of Dissipative Martingale Solutions to Stochas...
3D stochastic Euler equations with a special form of multiplicative noise are considered. A Constant...
3D stochastic Euler equations with a special form of multiplicative noise are considered. A Constant...
AbstractWe establish the existence of a local smooth solution of the stochastic Euler equations in R...
We consider stochastic versions of Euler--Arnold equations using the infinite-dimensional geometric ...
We consider the solutions of the Cauchy problem for a dyadic model of Euler equations. We prove glob...
We consider the solutions of the Cauchy problem for a dyadic model of Euler equations. We prove glob...
In this paper we study a stochastic version of an inviscid shell model of turbulence with multiplica...