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tutorial of adams ,If you would like to sell this document rather than making it freely available, choose a price.Product manufacturers often struggle to understand true system performance until very late in the design process. Mechanical, electrical, and other subsystems are validated against their specific requirements within the systems engineering process, but full-system testing and validation comes late, leading to rework and design changes that are riskier and more costly than those made early on.TRANSCRIPT
MSC StudentenwettbewerbSommersemester 2012Adams AdamsAufgabenWie viele Freiheitsgrade (Degrees ofFreedom) hat das Modell ?-------------------------------------Den in Step 10 erzeugten Command File Software Version: Adams 2011Files Required: valve.cmdDen in Step 10 erzeugten Command File einschicken.TUTORIAL2TUTORIAL Tips before you start.While working on this exercise, notice: The use of the right mouse button The function of single-clicks and double-clicks The messages on the Status bar The animation options Suggested Exercise Steps1. Import the file valve.cmd2. View the list of keyboard shortcuts.3. Use the zoom shortcut. 4. View the model from different angles.5. Rename the parts.6. Inspect the model.7. Simulate the model.8. Save the Simulation.9. Animate the Results.10.Save your work.Step 1. Import FileTo import a file:a. Start Adams/View. b. From the Welcome dialog box, select Import a file.c. Click the file folder icon, and the Select Directory dialog box appears.d. Find and select the directory fbcd. Find and select the directory Exercise_dir/mod_2_aview_interface.e. Click OK on the Select Directory Dialog.f. Click OK on the Welcome Dialog Box, and the File Import Dialog comes up. deStep 1.Import Filea. Make sure that the File Type is set to Adams/View Command File (*.cmd).b. Right-click in the File to read text box, and then select Browse. The Select File abeThe Select File dialog box appears.c. Select the file valve.cmdd. Click Open.e. Click OK on the File Import dialog. dceStep 2.View the List of Keyboard ShortcutsTo view the list of keyboard shortcuts:a. Move the cursor away from the model and then right-click in the Adam/View window. A menu appears listing the keyboard shortcuts.b. To close the menu, left-click away from the menu. c. In the space below, write the shortcut keys for performing the following view operations. performing the following view operations. Rotate:__________________________ Translate:________________________ Zoom with a box:__________________ Zoom into a specific Area:___________ Fit:_____________________________ Front View:_______________________Step 3. Use the Zoom Box Shortcut To use the zoom Box shortcut:a. Zoom into the cam area by using the shortcut .b. Notice the instructions in the status bar instruct you to select the area.c. Click the left mouse button in the place were you want the top left corner of your zoomed in rectangle to be. d. Now the status bar instructs you to: drag to select size of view.e. Draw a rectangular box around the cam. cf. You should now be zoomed into the cam area.g. Use the fit shortcut to return to the original view. fbdeStep 4. View the Model from Different AnglesTo view the model from the top:a. Use the Top shortcut and the view changes to a top view.To view the model from the right:b. Use the Right shortcut and the view changes to the right view. Top Viewabcthe view changes to the right view. To view the model in an isometric view:c. Use the Iso shortcut and the view changes to an isometric one. If you wish you may continue to try the other shortcut keys.Right ViewIsometric ViewStep 5.Rename the Parts As you go through these instructions notice that right-clicking always give you a list of choices while left clicking selects an object.To rename the parts to match the ones given in the diagram to the right:a. Move the cursor over the rocker part and right click.RodCamRockerGuide (ground)Valvebright click.b. A menu of the part appears, select Part:PART_1c. From the next menu select Rename. d. In the Rename dialog, change the name to .valve.Rocker.e. Click OK to change the part name. f. Repeat the above steps a through e for the Rod, Cam, Guide, and Valve.cdeStep 6. Inspect the Model To inspect the model to determine the number and type of constraints:a. Right-click the small arrow onthe Information tool stackon the right side of the Status Bar at the bottom of the screen.b. Select the Model topology by constraintsabdtopology by constraintstool.c. From the Information window that appears, note the number and type of constraints and use them to answer Question 1 in the Workshop 2, Review section, page WS2-19d. Close the Information window.cdStep 6.Inspect the Model (Cont.)To inspect the mode to check if the model verified successfully:a. Right-click the small arrow at the bottom of the information tool stack.b. Select the verify tool. abdb. Select the verify tool. c. From the Information window that appears, notice that the model verified successfully.d. Close the Information window.c??Step 7.Simulate the Model To run a simulation:a. From the Main Toolbox, select the Simulation tool.b. In the lower portion of the Main Toolbox, make sure that Default is selected.c. Select End Time.abfgc. Select End Time.d. In the text box below End Time, enter 2.e. In the text box below Steps enter 100.f. Click on the Play tool.g. When the simulation is complete, click the Resettool. bcdeStep 8.Save the SimulationTo save the simulation:a. From the Simulate menu, select interactive controls.The simulation Control Dialog box appears.b. To save the last simulation results to the database under a new name, select the Save simulation tool. The Save Run aeResults dialog then appearsc. In the Name text box, enter a name for the simulation results, such as first_results.d. Click OK.e. Close the Simulation Control dialog box.cdbStep 9.Animate the ResultsTo Animate the results in the default mode with icons off:a. Select the Animation tool from the Main Toolbox. b. Notice that the bottom section of the Main Toolbox changes so that you get the animation tools. c. To see the animation, click the Play button.d. When the animation is complete, click the acd. When the animation is complete, click the Reset tool.e. To see the animation in incremental steps click either the +1 to move forward or the -1 to rewind the animation.f. The step number will be listed below the -1 button. g. When finished, click the Reset tool. bcdefgStep 9.Animate the Results (Cont.)To animate the model with icons turned on:a. From the Review menu, select Animation Controls. The Animation Controls dialog box should appear.b. At the bottom of the Animation Controls dialog box, check icons.c. Click the Play button.d. When the animation is complete, select the Reset tool.ac dehfgthe Reset tool.e. To see the animation in incremental steps click +inc to go forward and incto rewind. f. The step number will be listed in the center between these two buttons. g. When finished, click the Reset tool.h. Close the Animation Controls dialog box. bStep 10.Save Your WorkTo save your work so that the saved file contains only the model information:a. From the File menu, select Export.b. Set File Type to abcdb. Set File Type to Adam/View Command File.c. In the File Name Text box, enter valve1.d. In the Model Name text box, enter valve.e. Click OK.deDie Lsung bitte bis zum10. September 2012 an1710. September 2012 [email protected]