Page 16 - Subyek Computer Aided Design - [David Planchard] Engineering Design with SOLIDWORKS

Introduction Engineering Design with SOLIDWORKS® 2018

CABINET - Sheet Metal Drawing with Configurations 7-64

PEM Fasteners and IGES Components 7-70

Pattern Driven Component Pattern 7-74

MOTHERBOARD - Assembly Hole Feature 7-76

Assembly FeatureManager and External References 7-77

Replace Components 7-79

Equations 7-82

Design Tables 7-86

BRACKET Part - Sheet Metal Features 7-89

BRACKET Part - In-Context Features 7-91

BRACKET Part - Edge, Tab, Break Comer and Miter Flange Features 7-93

BRACKET Part - Mirror Component 7-98

MirrorBRACKET Part - Bends, Fold, Unfold and Jog Features 7-101

Project Summary 7-106

Questions/Exercises 7-107

Project 8 - SOLIDWORKS Simulation 8-1

Project Objective 8-1

Basic FEA Concepts 8-1

Simulation Advisor 8-3

SOLIDWORKS Simulation Help & Tutorials 8-5

Linear Static Analysis 8-6

Sequence of Calculations in General 8-10

Stress Calculations in General 8-10

Overview of Yield or Inflection Point in a Stress-Strain curve 8-10

Material Properties in General 8-11

Connections in General 8-12

Restraint Types 8-12

Loads and Restraints in General 8-14

Meshing in General 8-15

Meshing Types 8-16

SOLIDWORKS Simulation Meshing Tips 8-19

Running the Study 8-21

Displacement Plot - Output of Linear Static Analysis 8-21

Adaptive Methods for Static Studies 8-22

Sample Exam Questions 8-23

FEA Modeling Section 8-37

Tutorial: FEA Model 8-1 8-37

Tutorial: FEA Model 8-2 8-41

Tutorial: FEA Model 8-3 8-45

Tutorial: FEA Model 8-4 8-49

Tutorial: FEA Model 8-5 8-52

Definitions 8-55

Project 9 - Intelligent Modeling Techniques 9-1

Project Objective 9-3

Design Intent 9-4

Sketch 9-4

Fully Defined Sketch tool 9-5

SketchXpert 9-8

PAGE I - 12