WORKSHOP 2 CANTILEVERED PLATE
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1 WORKSHOP 2 CANTILEVERED PLATE WS2-1
2 WS2-2
3 Prolem Desription This is simple exerise tht involves the simultion of the eformtion of ntilevere plte ue to the pplition of n en lo. The exerise involves 1) retion of flt surfe, 2) meshing the surfe with qu plte elements, 3) reting lo n onstrints, 4) speifying the mteril s Aluminum n the elements s plte ening n memrne elements, 5) running liner stti simultion, n 6) viewing some results. WS2-3
4 Suggeste Exerise Steps 1. Strt MSC.Ptrn n rete new tse ntilevere plte.. 2. Crete geometry of the plte using surfe. 3. Mesh the surfe using Qu4 elements. 4. Apply fore t free en of the plte 5. Crete onstrint t opposite en from fore, fixing ll six egrees of freeom. 6. Crete n luminum mteril with Elsti Moulus of 10e6 n Poisson rtio of Assign luminum s the property of the plte with thikness of 0.1 inh. 8. Verify ll Los n BC s to mke sure tht they re ll selete. 9. Run liner stti nlysis of the moel. 10. Re results y tthing the.x file. 11. Plot the results y reting Quik Plot. WS2-4
5 Step 1. Crete Dtse Crete new tse.. File / New.. Enter ntilevere_plte s the file nme.. Clik OK.. Choose Defult Tolerne. e. Selet MSC.Nstrn s the Anlysis Coe. f. Selet Struturl s the Anlysis Type. g. Clik OK. g f e WS2-5
6 Step 2. Crete Geometry of the Plte. Geometry: Crete / Surfe / XYZ.. Selet on Vetor Coorintes List n enter < >.. Apply. WS2-6
7 Step 2. Crete Geometry of the Plte (Cont.). Selet Smooth She n Iso 3 View.. Chnge k to Wirefrme n Front view. WS2-7
8 Step 3. Meshing with Qu4 Elements. Elements: Crete / Mesh / Surfe.. Selet Elem Shpe: Qu. Mesher: IsoMesh. Topology: Qu4.. Clik on Surfe List n selet Surfe 1.. Apply. WS2-8
9 Step 4. Crete Fore t Free En A fore will e pplie to noe t the en of the ntilever plte.. Los / BCs: Crete / Fore / Nol.. Selet on New Set Nme n enter fore1.. Selet Input Dt.. Enter < > on Fore < F1 F2 F3 >. e. OK. f. Clik Selet Applition Region. g. Selet FEM on Geometry Filter. g f WS2-9 e
10 Step 4. Crete Fore t Free En (Cont.). Clik on Selet Noes n selet the lower right orner noe s shown in the figure.. A.. OK.. Apply. WS2-10
11 Step 5. Crete Constrints on the Plte Constrin the other en of the plte, fixing ll six egrees of freeom t eh noe.. Los / BCs: Crete / Displements / Nol.. Selet on New Set Nme: n enter isplement_1.. Selet Input Dt.. Enter <0 0 0> for Trnsltions <T1 T2 T3 > n Rottions <R1 R2 R3>. e. OK. f. Clik on Selet Applition Region. g. Selet Geometry for Geometry Filter. g f WS2-11 e
12 Step 5. Crete Constrints on the Plte (Cont.). Pik the Curve or Ege ion.. Selet on the ege shown in the figure.. A.. OK. e. Apply. WS2-12
13 Step 5. Crete Constrints on the Plte (Cont.). Selet on Iso3 view from the tool r. Your moel shoul look like the following. WS2-13
14 Step 6. Defining the Mteril We will set luminum s the mteril of the plte.. Mterils: Crete / Isotropi / Mnul Input.. Selet on Mteril Nme n enter luminum.. Selet Input Properties.. Enter: Elsti Moulus: 10e6. Poisson Rtio: 0.3. e. OK. f. Apply. f WS2-14 e
15 Step 7. Defining the Element Properties. Properties: Crete / 2D / Shell.. Selet Property Set Nme n enter l-plte.. Selet Input Properties.. Clik Mt Prop Nme ion, hoose luminum n enter 0.1 s the Thikness. e. OK. e WS2-15
16 Step 7. Defining the Element Properties (Cont.). Selet on Applition Region n pik to inlue ll geometry s shown in the figure.. A.. Apply. WS2-16
17 Step 8. Verify ll Los n BC s for Seletion. Lo Cses: Moify.. Selet Defult in Selet Lo Cse to Moify.. Chek tht ll Los n BC s re selete.. Cnel. e WS2-17
18 Step 9. Anlysis Run the nlysis of the moel.. Anlysis: Anlyze / Entire Moel / Full Run.. Selet Solution Type.. Choose LINEAR STATIC for Solution Type.. OK. e. Apply. WS2-18
19 Step 10. Re Results Uner Anlysis We will tth the.x file in orer to re the results.. Anlysis: Aess Results / Atth XDB / Result Entities.. Clik on Selet Results File.. Selet ntilevere_plte.x.. OK. e. Apply. e WS2-19
20 Step 11. Results Crete Quik Plot.. Results: Crete / Quik Plot.. Selet Displement, Trnsltionl uner Selet Deformtion Result.. Apply. WS2-20
21 Step 11. Results (Cont.). Selet Stress Tensor uner Selet Fringe Result.. Choose X Component in Quntity.. Apply. This ens this exerise. File / Close. WS2-21
22 WS2-22
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