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A sufficient condition for a Neumann problem to have solution


Variational formulation for bilaplacian problemExistence of a solution of Neumann problem in $mathbbR^3$Can Dirichlet and Neumann eigenfunctions coincide for the Helmholtz equation?Physical interpretation of the integral formula for the solution of Laplace equation with Dirichlet/Neumann boundary conditionHarmonic function and Neumann Compatibility ConditionUniqueness for a mixed Dirichlet/Neumann problemnecessary and sufficient condition for the Poisson's equation to admit a solution$?$Eigenfunction expansion of neumann problemExistence of unique solution for the Laplace equation with mixed Dirichlet-Robin conditionProof that Poisson formula solves the Neumann Problem for Laplace Equation in Unit Disk













1












$begingroup$


Suppose we have the Boundary Value Problem (BVP):



$Deltau=f$ , in the domain (topos) $D$



$partial_nu=h$, in $partialD$



It is easy to prove using $1$st Green's identity that a necessary condition for the above mentioned BVP is $int_partialDh=int_Df$ . But how about the sufficient case here ? Is also this condition enough in order the BVP to have a solution. Any hint or ref is really appreciated.










share|cite|improve this question









$endgroup$
















    1












    $begingroup$


    Suppose we have the Boundary Value Problem (BVP):



    $Deltau=f$ , in the domain (topos) $D$



    $partial_nu=h$, in $partialD$



    It is easy to prove using $1$st Green's identity that a necessary condition for the above mentioned BVP is $int_partialDh=int_Df$ . But how about the sufficient case here ? Is also this condition enough in order the BVP to have a solution. Any hint or ref is really appreciated.










    share|cite|improve this question









    $endgroup$














      1












      1








      1


      1



      $begingroup$


      Suppose we have the Boundary Value Problem (BVP):



      $Deltau=f$ , in the domain (topos) $D$



      $partial_nu=h$, in $partialD$



      It is easy to prove using $1$st Green's identity that a necessary condition for the above mentioned BVP is $int_partialDh=int_Df$ . But how about the sufficient case here ? Is also this condition enough in order the BVP to have a solution. Any hint or ref is really appreciated.










      share|cite|improve this question









      $endgroup$




      Suppose we have the Boundary Value Problem (BVP):



      $Deltau=f$ , in the domain (topos) $D$



      $partial_nu=h$, in $partialD$



      It is easy to prove using $1$st Green's identity that a necessary condition for the above mentioned BVP is $int_partialDh=int_Df$ . But how about the sufficient case here ? Is also this condition enough in order the BVP to have a solution. Any hint or ref is really appreciated.







      pde boundary-value-problem






      share|cite|improve this question













      share|cite|improve this question











      share|cite|improve this question




      share|cite|improve this question










      asked Mar 11 at 8:09









      dmtridmtri

      1,6172521




      1,6172521




















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