加筋板靜力分析ppt課件-資料下載頁(yè)
2025-05-06 12:07本頁(yè)面
【正文】 New Set Name. c. Click on the Input Data button. d. Enter in the Top Surf Pressure box. e. Click OK. f. Click on Select Application Region button. g. Select FEM as the Geometry Filter. h. Select Element 1:20 for the Application Region. i. Click Add. j. Click OK. k. Click Apply. a b c d e f g h i k j WS525 NAS101, Workshop 5, February 2022 Step 4: Apply Loads and Boundary Conditions You can see the pressure load value of is imposed on top of the plate. WS526 NAS101, Workshop 5, February 2022 Step 5: Analyze the Model Submit the model for analysis. a. Analysis: Analyze / Entire Model / Full Run. b. Click on the Solution Type. c. Select LINEAR STATIC as the Solution Type. d. Click OK. e. Click Apply. a b c d e WS527 NAS101, Workshop 5, February 2022 Step 8. Analysis: Access Results / Attach XDB/ Result Entities Attach the XDB result file. a. Analysis: Access Results / Attach XDB / Result Entities. b. Click on Select Result File. c. Select the file called d. Click OK. e. Click Apply. a b c d e WS528 NAS101, Workshop 5, February 2022 Step 8 (cont.) Results: Create/Quick Plot Create a Quick Plot of the results. a. Results: Create / Quick Plot. b. Select SC1 result case. c. Select Displacement, Translational for the Deformation Result. d. Click Apply. Note: Maximum Deformation is . This information appears at the lower right hand corner of the plot. a b c WS529 NAS101, Workshop 5, February 2022 Step 9 (cont.) Fringe Results: Create/Quick Plot Create a Quick Plot of the results. a. Results: Create / Quick Plot. b. Select SC1 result case. c. Select Stress Tensor for the Fringe Result d. Select Displacement, Translational for the Deformation Result. e. Click Apply. Note: Maximum Stress value is +3
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