Page 172 - Using ANSYS for Finite Element Analysis A Tutorial for Engineers
P. 172

stAtIc AnAlysIs usIng Volume elements   •   159
                          Having  completed the  preprocessor phase, we now move  to the
                      solution phase. Go to the ANSYS main menu and click on solution.
                          First we put the boundary conditions to the assembly. We must restrict
                      the movement of the back face of the sub-bolster. But, first, we change the
                      view so that we can easily manipulate the back of the assembly.
                          From the ANSYS top menu:
                       Plotctrls → pan-zoom-rotate → (click) back → (click) once each on
                                           “+X” “+Y” → Close
                       Plotctrls → numbering… → (check) area numbers → ok → Plot →
                                                 areas
                      ANSYS main menu → solution → define loads → apply → structural
                         → displacement → on areas → (select the back face of the sub-
                         bolster i.e. area #1) → apply → (select ALL) in the constraints
                                           window → ok → Ok


























                        9.  Again, for convenience, change the view of the assembly from the
                           previously shown steps back to oblique. Now we apply the pressure
                           from the front face of the die.
                      ANSYS main menu → solution → define loads → apply → structural
                        → pressure → on areas → (select the front face of the die only i.e.
                            area#43) → apply → (load pressure value) 90e6 → ok.
                          Now we solve the problem by:
                            ANSYS main menu → solution → solve → current LS
                        10. Having completed the solution phase, we now wish to look at the
                           stresses developed and displacements if any in the assembly units.
   167   168   169   170   171   172   173   174   175   176   177