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02 GENERATIVE DESIGN OVERVIEW

03 Generative Design Basics - Force on Square x 4 Sides

04 Equal Force - Square All 4 Sides

05 Force on Square - Same Direction - Top to Bottom - Left to Right

06 - 4 Outside Faces Fixed - Force Added on Center Hole

07 Introduction to Finite Element Analysis

08 Generative Modeling - An Extension of Finite Element Analysis

09 Controlling Direction of Force

10 Modifying Your 3D CAD Files With Synchronous Technology

11 Comparing Conventional Design Results with Optimized Results

12 Adding Mass to Your 3D CAD Parts for Better Optimization Results

13 Understanding Basic Design Constraints

14 Understanding How the Preserve Region Command Works

15 REVIEW Generative Modeling

16 Force and Direction - Considering Options

17 Assembly Links Removing Sharp Edges

18 Fixed Constraints & Force Direction Variations

19 Moving the Fixed Constraint for Better Results

20 Center of Mass & Fixed Constraints

21 What Moving the Locations of the Fixed Constraint Does

22 Using Split Face to Manipulate Balance

23 Advantages of Synchronous Technology & Generative Design

24 Section Views - Planar Cuts of Optimizations

25 Generative Modeling Settings & Options

26 Units of Measurement

27 Wall Mount Support Bracket

28 Wall Mount Bracket Quality & Precision Improvement

29 Study Quality - Time Versus Quality - Wall Mount Bracket

30 How Study Quality can Dramatically Improve Results

31 Stepper Motor Mount Optimization Options

32 Adding Mass with Synchronous Technology for Better Results

33 Aviation Bracket - Generative Design Optimization Options

34 Design Improvements - Aviation Bracket - Sharp Edges

35 Split Face and Center of Mass

36 Wall Mount Arm Basic Optimization

37 Wall Mount Arm Optimization - Part 2

38 Combining Parts - Manufacturability - Wall Mount Arm

39 Optimizing the Wall Mount End Piece

51 Manufacturing Setting Design for Manufacture

41 Wall Mount Arm - Optimizing the End that Fits to Monitor

42 Design Mistakes - How Generative Design Can Help Find Errors

43 Why Will We Still Need Mechanical Designers?

44 Why We Will Still Need Mechanical Designers

45 Commercial versus Academic License

46 How to 3D Print Parts Designed with Generative Modeling

47 Torque - Understanding Loads

48 Visualizing STEM - Comparing Load Constraints

49 Showing Stress Results

50 Study Quality and the Relationship to Stress

52 VISUALIZING STEM LOADS AND VARIATIONS