Page 17 - Subyek Computer Aided Design - [David Planchard] Engineering Design with SOLIDWORKS

Engineering Design with SOLIDWORKS® 2018 Introduction

Equations 9-11

Dimension Driven Equations 9-11

Equation Driven Curve 9-14

Explicit Equation Driven Curve 9-14

Parametric Equation Driven Curve 9-16

Curves 9-18

Curve Through XYZ Points 9-19

Projected Composite Curves 9-21

Feature - End Conditions 9-23

Along A Vector 9-26

F eatureXpert ( Constant Radius) 9-27

Symmetry 9-28

Bodies to mirror 9-28

Planes 9-30

Conic Sections and Planes 9-31

Assembly 9-32

Assembly Visualization 9-32

SOLIDWORKS Sustainability - Assembly 9-34

MateXpert 9-35

Drawing 9-35

DimXpert 9-35

Project Summary 9-39

Project 10 -Additive Manufacturing-30 Printing 10-1

Project Objective 10-3

Additive vs. Subtractive Manufacturing 10-4

Cartesian Printer vs. Delta Printer 10-6

Create an STL file in SOLIDWORKS 10-7

Print Directly from SOLIDWORKS 10-8

Print Material 10-9

ABS - Storage 10-9

ABS - Part Accuracy 10-9

PLA - Storage 10-9

PLA - Part Accuracy 10-10

Nylon - Storage 10-10

Nylon - Part Accuracy 10-10

Build Plate 10-11

Non-Heated 10-11

Heated 10-12

Clean 10-13

Level 10-13

Temperature 10-14

Filament 10-15

Prepare the Model 10-16

Example 1: Part Orientation 10-17

Example 2: Part Orientation 10-18

30 Terminology 10-20

Stereolithography (SL or SLA) 10-20

Fused Filament Fabrication (FFF) 10-20

Fused Deposition Fabrication (FDM) 10-20

Digital Light Process (DLP) 10-20

PAGE I - 13