Static Analysis of A Coffee Cup
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1 APPENDIX E Static Analysis of A Coffee Cup Objectives: Manually create the geometry of the coffee cup using the given dimensions Input the hydrostatic loading conditions by creating function Submit the job for analysis Review the results from the analysis MSC/NASTRAN for Windows 101 Exercise Workbook E-1
2 E-2 MSC/NASTRAN for Windows 101 Exercise Workbook
3 APPENDIX E Static Analysis of a Coffee Cup Model Description: The coffee cup is a real-life problem which requires using a function to define the fluid pressure load Figure E1 - Coffee Cup 3 3 1/2 1 3/8 3/4 Table E1 - Material Properties Thickness (t): 1/8 inches Young s Modulus (E) 470,000 psi Poisson s Ratio (v) 0333 Density (p) lb f /in 3 To find the Hoop Stress of the cup, the following equation is used: P r HoopStress t and in the case of this coffee cup, it will yield a Hoop Stress of 06 psi MSC/NASTRAN for Windows 101 Exercise Workbook E-3
4 Exercise Procedure: 1 Start up MSC/NASTRAN for Windows 30 and begin to create a new model Double click on the icon labeled MSC/NASTRAN for Windows V30 On the Open Model File form, select New Model Open Model File: New Model 2 Create a material called mat_1 From the pulldown menu, select Model/Material Model/Material Title: mat_1 Youngs Modulus: 47e5 Poisson s Ratio: Create a property called prop_1 to apply to the members of the cup itself From the pulldown menu, select Model/Property Model/Property Title: prop_1 Material: 1mat_1 Thickness: Create the cup s geometry Tools/Advanced Geometry Geometry Engine: Standard E-4 MSC/NASTRAN for Windows 101 Exercise Workbook
5 APPENDIX E Static Analysis of a Coffee Cup First, create a cylindrical coordinate system Model/Coord Sys ID: 99 Title: Coord 99 Method: Type: XY Axis Cylindrical Define Coordinate System Origin X: Y: Z: Define Vector along CSys X-Axis X: Y: Z: Base: Tip: Define Vector in CSys XY-Plane X: Y: Z: Base: Tip: Geometry/Curve-Line/Coordinates Enter First Location for Line MSC/NASTRAN for Windows 101 Exercise Workbook E-5
6 CSys: 99Coord 99 R: T: Z: Enter Second Location for Line R: T: Z: Geometry/Curve-Line/Coordinates Enter First Location for Line CSys: 99Coord 99 R: T: Z: Enter Second Location for Line R: T: Z: Geometry/Curve-Line/Coordinates Enter First Location for Line CSys: 99Coord 99 R: T: Z: Enter Second Location for Line R: T: Z: E-6 MSC/NASTRAN for Windows 101 Exercise Workbook
7 APPENDIX E Static Analysis of a Coffee Cup Break the vertical curve with the newly constructed line Modify/Break Select Curve(s) to Break: Select Curve 2 Methods^ Intersect - Curves Curve ID 1: 3 Curve ID 2: 2 Delete the line used for the break Delete/Geometry/Curve Select Curve 3 When asked if it is to Delete 1 Selected Curve(s), Click Yes Delete the points remaining from the deleted line Delete/Geometry/Point Select Points 5 and 6 When asked if it is to Delete 2 Selected Point(s), Click Yes 5 Create the surface of the cup Note: Only a section of the cup will be modeled The solution will use symmetry for the overall analysis MSC/NASTRAN for Windows 101 Exercise Workbook E-7
8 Geometry/Surface/Revolve Select Curve(s) to Revolve Select All Select Axis of Rotation R: T: Z: Base: Tip: Rotation Angle: 45 6 Use Autoscale and Rotate to better view model View/Autoscale View/Rotate Isometric The viewport should appear as follows: E-8 MSC/NASTRAN for Windows 101 Exercise Workbook
9 APPENDIX E Static Analysis of a Coffee Cup 7 Now define the mesh size on the cup section Mesh/Mesh Control/Size on Surface Select All Element Size: 0075 Mesh/Mesh Control/Mapped Divisions on Surface Select Surface 2 s t Number of Elements: Bias: Finally, create the finite element entities Mesh/Geometry/Surface Select All When asked if it is to create a Boundary Mesh, click NO Property: 1prop_1 The Messages and Lists window should confirm with Merging, which signals auto-merging of the coincident nodes Below that, there is a line that reads Ready - Nodes: 901, Elements: 812 MSC/NASTRAN for Windows 101 Exercise Workbook E-9
10 9 Create the constraints Model/Constraint/Set ID: 1 Title: bottom_center Now define the relevant constraint for the center of the cup Model/Constraint/Nodal ID: 151 Coord Sys: 99Coord 99 Fixed Define the relevant constraint for the bottom of the cup Model/Constraint/Set ID: 2 Title: bottom Model/Constraint/Nodal Methods^ On Surface Select Surface 1 Coord Sys: 99Coord 99 DOF (click to select): TX TY TZ RX RY RZ E-10 MSC/NASTRAN for Windows 101 Exercise Workbook
11 APPENDIX E Static Analysis of a Coffee Cup When asked to Update the Output CSys of the Constrained Nodes, Click Yes Define the relevant constraint for the sides of the cup Model/Constraint/Set ID: 3 Title: sides Refer to the following pictures for the node locations Select each of the outside nodes using the shift-mouse-click feature Model/Constraint/Nodal MSC/NASTRAN for Windows 101 Exercise Workbook E-11
12 Click on Method^ and then on Curve to select the nodes on the curves shown on the previous page Coord Sys: 99Coord 99 Y Symmetry Combine all of the constraints Model/Constraint/Combine From Set: More From Set: More From Set: Last One 1bottom_center 2bottom 3sides 10 Verify the normal vectors to each of the loading surfaces View/Options Options: Normal Style: Show Direction Apply Element - Directions 1Normal Vectors Reverse the direction of the normal vectors They should be pointing outwards Check for coincident nodes Tools/Check/Coincident Nodes Select All E-12 MSC/NASTRAN for Windows 101 Exercise Workbook
13 APPENDIX E Static Analysis of a Coffee Cup When asked if it is to Specify Additional Range of Nodes to Merge, click NO Merge Coincident Entities The status window should reveal 30 Node(s) Merged Modify/Update Elements/Reverse Select All All Normals Outward View/Autoscale MSC/NASTRAN for Windows 101 Exercise Workbook E-13
14 The viewport should appear as follows View/Options Options: Normal Style: Show Direction Apply Element - Directions 1Normal Vectors 11 Create the loading condition Model/Load/Set Title: pressure Now define the pressure on the relevant surfaces The pressure that will be created will be applied to the center of each element Later in the exercise, you will create a pressure applied over the entire element Model/Load/On Surface Select surfaces 1 and 2 E-14 MSC/NASTRAN for Windows 101 Exercise Workbook
15 APPENDIX E Static Analysis of a Coffee Cup Create Loads on Surfaces: Pressure Coord Sys: 99Coord 99 Method: Variable Advanced Multiply By: Equation Equation: 00362*(3-!z) Pressure: -1 Model/Load/Expand View/Options Options: Vector Length: Load Vectors 1Scale by Magnitude Modify/Update Other/Output CSys Select All Entity ID: 99Coord 99 MSC/NASTRAN for Windows 101 Exercise Workbook E-15
16 The viewport should appear as follows: 12 Create the input file for analysis File/Export/Analysis Model Type: 1Static Change the directory to C:\temp File name: Write coffee_cup Run Analysis 13 When asked if you wish to save the model, respond Yes Yes File name: Save coffee_cup E-16 MSC/NASTRAN for Windows 101 Exercise Workbook
17 APPENDIX E Static Analysis of a Coffee Cup When the MSC/NASTRAN manager is through running, MSC/ NASTRAN will be restored on your screen, and the Message Review form will appear To read the messages, you could select Show Details Since the analysis ran smoothly, we will not bother with the details this time Continue View/Options Category: Post Processing Options: Deformed Style Scale %: 1 Scale Act: 1 View/Select Deformed Style: Contour Style: Deformed and Contour Data Deformation: Contour: Deform Contour 1Total Translation 7420Plate Bot X Normal Stress MSC/NASTRAN for Windows 101 Exercise Workbook E-17
18 The final results graph should appear as follows: 14 Open a text editor and view the DAT file Examine the pressure load that you created The file should appear similar to the exerpts shown on the next page E-18 MSC/NASTRAN for Windows 101 Exercise Workbook
19 APPENDIX E Static Analysis of a Coffee Cup $ MSC/NASTRAN for Windows Load Set 1 : pressure PLOAD PLOAD PLOAD PLOAD PLOAD PLOAD PLOAD PLOAD PLOAD PLOAD PLOAD PLOAD PLOAD E-3 PLOAD E-3 PLOAD E-3 PLOAD E-3 PLOAD E-3 $ MSC/NASTRAN for Windows Constraint Set 1 : bottom_center SPC $ MSC/NASTRAN for Windows Constraint Set 2 : bottom SPC SPC SPC SPC $ MSC/NASTRAN for Windows Constraint Set 3 : sides SPC SPC SPC SPC SPC $ MSC/NASTRAN for Windows Constraint Set 4 : Combined Set SPC SPC SPC SPC SPC SPC $ MSC/NASTRAN for Windows Property 1 : prop_1 PSHELL $ MSC/NASTRAN for Windows Material 1 : mat_1 MAT GRID GRID GRID GRID GRID MSC/NASTRAN for Windows 101 Exercise Workbook GRID E-19
20 15 Return to NASTRAN for Windows and change the type of surface pressure File/Save As File Name: Save coffee_cup2 Modify/Edit/Load Select All Defined On: Elemental Loads: At Corners Surface Pressures 16 Re-Analyze the model File/Export/Analysis Model Type: 1Static Change the directory to C:\temp File name: Write coffee_cup2 Run Analysis 17 When asked if it is to save the model, respond Yes Yes E-20 MSC/NASTRAN for Windows 101 Exercise Workbook
21 APPENDIX E Static Analysis of a Coffee Cup When the MSC/NASTRAN manager is through running, MSC/ NASTRAN will be restored on your screen, and the Message Review form will appear To read the messages, you could select Show Details Since the analysis ran smoothly, we will not bother with the details this time Continue View/Select Deformed Style: Deform Contour Style: Contour Deformed and Contour Data Output Set: 2MSC/NASTRAN Case 1 Deformation: 1Total Translation Contour: 7420Plate Bot X Normal Stress MSC/NASTRAN for Windows 101 Exercise Workbook E-21
22 Notice that the new contour plot and the results are exactly the same as in the first case The plot should appear as follows: 18 Open a text editor and view the DAT file Examine the pressure load that you created Notice the differences in the PLOAD4 cards This time, NASTRAN for Windows created a variable pressure accross each element The file should appear similar to the exerpts shown on the next page E-22 MSC/NASTRAN for Windows 101 Exercise Workbook
23 APPENDIX E Static Analysis of a Coffee Cup $ MSC/NASTRAN for Windows Load Set 1 : pressure PLOAD PLOAD PLOAD PLOAD PLOAD PLOAD E-35298E-35298E-32649E-3 PLOAD E-35298E-35298E-32649E-3 PLOAD E-35298E-35298E-32649E-3 PLOAD E-35298E-35298E-32649E-3 PLOAD E-35298E-35298E-32649E-3 PLOAD E-35298E-35298E-32649E-3 PLOAD E-35298E-35298E-32649E-3 PLOAD E-35298E-35298E-32649E-3 PLOAD E-35298E-35298E-32649E-3 $ MSC/NASTRAN for Windows Constraint Set 1 : bottom_center SPC $ MSC/NASTRAN for Windows Constraint Set 2 : bottom SPC SPC SPC SPC $ MSC/NASTRAN for Windows Constraint Set 3 : sides SPC SPC SPC SPC SPC SPC SPC $ MSC/NASTRAN for Windows Constraint Set 4 : Combined Set SPC SPC SPC SPC SPC SPC $ MSC/NASTRAN for Windows Property 1 : prop_1 PSHELL $ MSC/NASTRAN for Windows Material 1 : mat_1 MAT GRID GRID GRID GRID GRID MSC/NASTRAN for Windows Exercise 99 Workbook E-23
24 E-24 MSC/NASTRAN for Windows 101 Exercise Workbook
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