« Assumptions Example 4.2.2-2 » Stress resultants and deflections Example 4.2.2-1 (project < Β_422-1>) Figure 4.2.2-1: Button "Diagrams" (1) deselects "Displacements" (if already selected). Button sequence "Shears" (2), "Show Values" (3), in Slabs Results field, displays the 3D view of [Vx] and [Vy] at medial sections. Figure 4.2.2-1: Button "Diagrams" (1) deselects "Displacements" (if already selected). Button sequence "Shears" (2), "Show Values" (3), in Slabs Results field, displays the 3D view of [Vx] and [Vy] at medial sections. The shear forces are equal to: Direction x: Vxr=18.8, Vx,erm=-33.3 [kN], Direction y: Vyr=15.1, Vy,erm=-29.0 [kN] Figure 4.2.2-2: Button sequence "M", "View", "Options", "Front", "OK", "Quad" displays the front view of 3D shear forces [Vx].. Figure 4.2.2-2: Button sequence "M", "View", "Options", "Front", "OK", "Quad" displays the front view of 3D shear forces [Vx].. Figure 4.2.2-3: Button sequence "View", "Options", "Rear" displays the rear view of 3D shear forces [Vy]. Figure 4.2.2-3: Button sequence "View", "Options", "Rear" displays the rear view of 3D shear forces [Vy]. Figure 4.2.2-4: Button "Moments" (1)  displays the 3D view of [Mx] and [My] at middle sections. Figure 4.2.2-4: Button "Moments" (1)  displays the 3D view of [Mx] and [My] at middle sections. The bending moments are equal to: Direction x: Mx=10.8, Mx,erm=-22.0 [kNm] [*]NoteThe small differences in the values of moments at left and right support arise from the accuracy of the results due to the different finite element mesh on both sides of the support. Direction y: My=4.1, My,erm=-16.2 [kNm] Figure 4.2.2-5: Button sequence "View", "Options", "Front", "Quad" displays the front view of 3D bending moments [Mx]. Figure 4.2.2-5: Button sequence "View", "Options", "Front", "Quad" displays the front view of 3D bending moments [Mx]. Figure 4.2.2-6: Button sequence "View", "Options", "Rear" displays the rear view of 3D bending moments [My]. Figure 4.2.2-6: Button sequence "View", "Options", "Rear" displays the rear view of 3D bending moments [My]. Figure 4.2.2-7: Button "Displacements" (1) displays the 3D view of deflection at medial sections. Figure 4.2.2-7: Button "Displacements" (1) displays the 3D view of deflection at medial sections. Τhe maximum deflection of the slabs is equal to y=1.53 mm. Figure 4.2.2-8: The front view of 3D deflection in direction x. Figure 4.2.2-8: The front view of 3D deflection in direction x. Figure 4.2.2-9: The front view of 3D deflection in direction y. Figure 4.2.2-9: The front view of 3D deflection in direction y. Figure 4.2.2-10: In field Slab Results: Button "Displacements" (1) for 2nd time hides deformations. In field FEM Results: Button "Details" (2) defines distribution per 0.1 m. Button sequence "Selection", "Bending", "V11", "Diagrams" (3) displays the 3D view of the distribution of shear forces [Vx]. Figure 4.2.2-10: In field Slab Results: Button "Displacements" (1) for 2nd time hides deformations. In field FEM Results: Button "Details" (2) defines distribution per 0.1 m. Button sequence "Selection", "Bending", "V11", "Diagrams" (3) displays the 3D view of the distribution of shear forces [Vx]. Figure 4.2.2-11: Button sequence "M", "View", "Options", "Front", "OK", "Quad" displays the front view of 3D distribution of shear forces [Vx]. Figure 4.2.2-11: Button sequence "M", "View", "Options", "Front", "OK", "Quad" displays the front view of 3D distribution of shear forces [Vx]. Figure 4.2.2-12: Button sequence "View", "Options", "Rear" displays the rear view of the 3D distribution of shear forces [Vx]. Figure 4.2.2-12: Button sequence "View", "Options", "Rear" displays the rear view of the 3D distribution of shear forces [Vx]. Figure 4.2.2-13: Button sequence "Selection" (1), "Bending", "V22" (2) , "View", "Quad" (3) displays the 3D view of the distribution of shear forces [Vy]. Figure 4.2.2-13: Button sequence "Selection" (1), "Bending", "V22" (2) , "View", "Quad" (3) displays the 3D view of the distribution of shear forces [Vy]. Figure 4.2.2-14: Button sequence "View", "Options", "Front", "Quad" displays the front view of the 3D distribution of shear forces [Vy]. Figure 4.2.2-14: Button sequence "View", "Options", "Front", "Quad" displays the front view of the 3D distribution of shear forces [Vy]. Figure 4.2.2-15: Button sequence "View", "Options", "Rear" displays the rear view of the 3D distribution of shear forces [Vy]. Figure 4.2.2-15: Button sequence "View", "Options", "Rear" displays the rear view of the 3D distribution of shear forces [Vy]. Figure 4.2.2-16: Button "Selection" (1) , "Bending", "M11" "Diagrams" displays the 3D view of distribution of bending moments [Mx]. Figure 4.2.2-16: Button "Selection" (1) , "Bending", "M11" "Diagrams" displays the 3D view of distribution of bending moments [Mx]. Figure 4.2.2-17: Button sequence "Selection", "Bending", "M11", "Diagrams" displays the 3D view of distribution of bending moments [Mx]. Figure 4.2.2-17: Button sequence "Selection", "Bending", "M11", "Diagrams" displays the 3D view of distribution of bending moments [Mx]. Figure 4.2.2-18: Button sequence "View", "Options", "Rear" displays the rear view of the3D distribution of bending moments [Mx]. Figure 4.2.2-18: Button sequence "View", "Options", "Rear" displays the rear view of the3D distribution of bending moments [Mx]. Figure 4.2.2-19: Button sequence "Selection", "Bending", "M22" "Diagrams" displays the 3D view of distribution of bending moments [My]. Figure 4.2.2-19: Button sequence "Selection", "Bending", "M22" "Diagrams" displays the 3D view of distribution of bending moments [My]. Figure 4.2.2-20: Button sequence "View", "Options", "Front", "Quad" displays the front view of the 3D distribution of bending moments [My]. Figure 4.2.2-20: Button sequence "View", "Options", "Front", "Quad" displays the front view of the 3D distribution of bending moments [My]. Figure 4.2.2-21: Button sequence "View", "Options", "Rear" displays the rear view of the 3D distribution of bending moments [My]. Figure 4.2.2-21: Button sequence "View", "Options", "Rear" displays the rear view of the 3D distribution of bending moments [My]. « Assumptions Example 4.2.2-2 »