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Engineering 1182 College of Engineering Engineering Education Innovation Center Constraint Based Modeling Geometric Constraints Rev: 20121023, AJPGeometric.

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Presentation on theme: "Engineering 1182 College of Engineering Engineering Education Innovation Center Constraint Based Modeling Geometric Constraints Rev: 20121023, AJPGeometric."— Presentation transcript:

1 Engineering 1182 College of Engineering Engineering Education Innovation Center Constraint Based Modeling Geometric Constraints Rev: 20121023, AJPGeometric Constraints1

2 Engineering 1182 Constraints Two different types of constraints: 1.Geometric Constraining geometry based on normal orientations or relative to other parts of the geometry 2.Dimensional Numerical values that constrain the size and location of geometry Rev: 20121023, AJPGeometric Constraints2

3 Engineering 1182 Constraints relative to the normal conventions for direction. Examples: vertical, horizontal Rev: 20121023, AJPGeometric Constraints3 2 Options Constraints that are relative to other sketch entities. Examples: perpendicular, parallel

4 Engineering 1182 Accurate Models Tangent Constraints Arcs or Circles Equality Constraints Equal sizes Concentric constraints Align Center Points Rev: 20121023, AJPGeometric Constraints4 Advanced Geometric Constraints

5 Engineering 1182 Automatic Constraints Rev: 20121023, AJPGeometric Constraints5 While sketching SolidWorks will automatically guess at the constraints that the user implies Dotted lines show alignment and icons show the constraints Unwanted constraints can be selected (left click) and deleted (delete key)

6 Engineering 1182 SolidWorks: Selecting Rev: 20121023, AJPGeometric Constraints6 Lines or points can be selected by holding Ctrl and left clicking on each At the left of the screen relations can be added by selecting the appropriate icon The lines will snap to the applied constraint and icons will display the current constraints

7 Engineering 1182 Step 1: Horizontal and Vertical Constraints SolidWorks: Applying Constraints Rev: 20121023, AJPGeometric Constraints7 Original Shape Step 2: Make Slants Parallel This edge can be selected and moved manually

8 Engineering 1182 SolidWorks: Applying Constraints Rev: 20121023, AJPGeometric Constraints8 This profile is not fully constrained but the shape is generally constrained by using only Geometric Constraints Step 3: Equality Constraints on all similar members

9 Engineering 1182 Geometric Constraints Wrap Up Relationships: Vertical Horizontal Parallel Perpendicular Equal Coincident Circular Relationships: Tangent Concentric Homework Assignment Draw the following object and constrain with geometric constraints only Rev: 20121023, AJPGeometric Constraints9

10 Engineering 1182 In-Class Assignment Rev: 20121023, AJPGeometric Constraints10 List all the necessary constraints to go from the initial shape to the final, then apply the constraints on the SolidWorks part file to confirm 1 2 3 4 5 6 7 8


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