Replace deal.II cylinderFlap tutorial with fsi3

FSI/cylinderFlap_2D/OpenFOAM-deal.II/Fluid/0.orig/U

@@ -37,14 +37,11 @@ boundaryField
 
     inlet
     {
-        // Time-varying inlet velocity
-        type            uniformFixedValue;
-        uniformValue    table 
-                        ( 
-                            ( 0 ( 0 0 0 ) ) 
-                            ( 2. ( 2. 0 0 ) ) 
-                            ( 100 ( 2. 0 0 ) ) 
-                        );
+     // Time-varying parabolic inlet profile
+     type            groovyBC;
+     variables "yp=pts().y;minY=min(yp);maxY=max(yp);para=-1.5*(maxY-pos().y)*(pos().y-minY)/(0.25*pow(maxY-minY,2))*normal();";
+     valueExpression "time()<2 ? 0.5*(1-cos(0.5*pi*time()))*2*para : 2*para";
+     value           uniform (2 0 0);
     }
 
     outlet

FSI/cylinderFlap_2D/OpenFOAM-deal.II/Fluid/system/blockMeshDict

@@ -7,28 +7,28 @@ FoamFile
 }
 // * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * //
 
-convertToMeters 1;
+scale 1;
 
-// Geometry parameters
-f -0.5;   // z-front
-b 0.5;    // z-back
+f -0.1;   // z-front
+b 0.1;    // z-back
 
 // Grid refinement parameters
-H1 13;      // Nx first block
-H2 17;      // Nx second block
-H3 34;      // Nx third block
-H4 65;      // Nx last block
-H5 9;       // amount of cells above/below flap
-
-V1 13;      // Ny first inlet/outlet block
-V2 17;      // Ny second inlet block
-V3 10;      // Amount of cells in radius
-V4 9;       // Ny above/blow flap to back
-V5 14;      // Ny top inlet/outlet block
-V6 2;       // Ny after flap
+H1 21;      // Nx first block
+H2 35;      // Nx second block
+H3 78;      // Nx third block flap in x
+H4 120;     // Nx last block
+H5 14;      // amount of cells above/below flap
+
+V1 22;      // Ny first inlet/outlet block: Bottom wall to flap block
+V2 35;      // Ny second inlet block
+V3 20;      // Amount of cells in radius
+V4 14;      // Ny above/blow flap to back
+V5 23;      // Ny top inlet/outlet block: Top wall to flap block
+V6 5;       // Ny after flap
 
 GR 2.5;     // Circular mesh gradient
-GO 8;       // Outlet grading
+GO 11.5;    // Outlet grading
+
 
 vertices
 (