diff --git a/Elasticity/wrench2D.pro b/Elasticity/wrench2D.pro
index c09f02bd875735b9c0821c6db319c1de986fd8be..de785cbba6cd0d9df0d088a1a33a1bdd5946e2ad 100644
--- a/Elasticity/wrench2D.pro
+++ b/Elasticity/wrench2D.pro
@@ -41,8 +41,7 @@ Poisson = DefineNumber[ 0.3, Name "Material/Poisson coefficient []"];
 AppliedForce = DefineNumber[ 100, Name "Material/Applied force [N]"];
 
 // Approximation of the maximum deflection by an analytical model:
-// Deflection = PL^3/(3EI) with I = Width^3*Thickness/12
-Deflection = DefineNumber[4*AppliedForce*((LLength-0.018)/Width)^3/(Young*Thickness)*1e3,
+Deflection = DefineNumber[-4*AppliedForce*((LLength-0.018)/Width)^3/(Young*Thickness)*1e3,
                           Name "Solution/Deflection (analytical) [mm]", ReadOnly 1];
 
 Group {
@@ -346,7 +345,7 @@ PostOperation {
       //Print[ sig_yy, OnElementsOf Wrench, File "sigyy.pos" ];
       //Print[ sig_xy, OnElementsOf Wrench, File "sigxy.pos" ];
       Print[ uy, OnPoint{probe_x, probe_y, 0},
-	     File > "deflection.pos", Format TimeTable,
+	     File > "deflection.pos", Format ValueOnly,
 	     SendToServer "Solution/Deflection (computed) [mm]", Color "AliceBlue" ];
     }
   }
diff --git a/Magnetostatics/electromagnet_common.pro b/Magnetostatics/electromagnet_common.pro
index 56879cd9c36c25a0faa4fdf998a14bb9a1c3e797..3ea48db8d6ca6ce45ab753759a08c3eb8b30f24c 100644
--- a/Magnetostatics/electromagnet_common.pro
+++ b/Magnetostatics/electromagnet_common.pro
@@ -1,4 +1,4 @@
 // Parameters shared by Gmsh and GetDP
 
-rInt   = 200.e-3; 
+rInt   = 200.e-3;
 rExt   = 250.e-3;
diff --git a/PotentialFlow/magnus.pro b/PotentialFlow/magnus.pro
index 75c41f0250de7a04c523b36df0915a093134b77c..6c38a10f72e6d1274da811c25959be64c14e5d6b 100644
--- a/PotentialFlow/magnus.pro
+++ b/PotentialFlow/magnus.pro
@@ -415,11 +415,11 @@ PostOperation{ // for the Airfoil model
        // P_edge = {1.0001,0,0}
 	Print[phi, OnPoint {1.0001,0,0}, File > "KJiter.txt", Color "Ivory",
 	      StoreInVariable $phiTrailing,
-	      Format Table, SendToServer "Output/PhiTrailing"];
+	      Format ValueOnly, SendToServer "Output/PhiTrailing"];
 
         Print[Angle, OnPoint{1.0001,0,0}, File > "KJiter.txt", Color "Ivory",
 	      StoreInVariable $argV,
-	      Format Table, SendToServer "Output/argVTrailing"];
+	      Format ValueOnly, SendToServer "Output/argVTrailing"];
     }
   }
 }