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Fusion 360 course introduction

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2018-08-11 12:30:34

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1万人感兴趣

001 Fusion 360 course introduction

02:33

002 Shapes make up everything

02:07

003 Examples of shapes

03:24

004 Where Fusion fits in

03:19

005 What Fusion 360 can do

03:18

006 The four lesson types

02:32

007 What is cloud-enabled CAD_

02:29

008 How to upload and share source files

05:58

009 Converting models into and out of Fusion 360

03:02

010 Cloud credits for rendering and the forthcoming generative design

08:52

011 User interface overview

02:58

012 Navigating inside of Fusion 360

04:48

013 The model environment

03:20

014 The sculpt environment

06:31

015 The sketch environment

03:53

016 The patch environment

02:46

017 The render environment

04:59

018 The animation environment

01:52

019 The simulation environment

03:54

020 The CAM environment

02:28

021 The drawings environment

03:26

022 Extrude a 3D object from a sketch

02:26

023 Add complexity to a sculpt object

03:11

024 Turn a sketch into a surface

02:25

025 Add or subtract objects from other objects

02:27

026 Insert an existing mesh into the design

03:45

027 Create a joint between bodies

03:49

028 How to start a design

01:49

029 Tools - Physical

01:56

030 Tools - Digital

04:55

031 Inside out or outside in

03:43

032 Outside in

05:15

033 Inside out

08:52

034 When to use - Sketching

04:52

035 When to use - Modeling

04:53

036 When to use - Sculpting

05:49

037 When to use - Patch or surface modeling

06:59

038 Finding your object

00:47

039 Importing and calibrating your canvas

02:39

040 Choosing your correct starting sculpt object

06:17

041 Sculpting the decanter body

05:18

042 Closing off the decanter holes via patching

03:16

043 Cutting decanter holes and finishing up

09:04

044 Introducing the project - Car hood

01:01

045 Sculpting and splitting

04:20

046 Setting up the cutting sketch

02:08

047 Extruding the sketch profile

01:50

048 Trimming away the unwanted parts

02:31

049 Trimming away more parts via 3D sketching

04:15

050 Mirroring, stitching, and thickening

03:36

051 Smoothing the cuts as a full solid body

03:29

052 Introducing sketching

01:20

053 Setting up your workspace with an attached canvas

02:20

054 Outlining the basic Raspberry Pi board

04:26

055 Adding in the mounting holes

05:23

056 Modeling the 3D board

03:19

057 Creating the bottom frame and walls

04:47

058 Sketching the top plate

04:05

059 Cutting access holes

06:10

060 Preparing for 3D printing

03:16

061 Adjusting the height of the case

04:12

062 3D printing and checking the case

00:37

063 Splitting the case to make it fit

04:48

064 Testing the case a second time

01:03

065 Widening the case with dimensioning

04:36

066 Testing the new case

01:42

067 Adding tolerances into the sketch

05:41

068 Checking if the tolerances worked

00:56

069 Hints on how to finish the case on your own

02:42

070 Introduction to meshes in Fusion 360

00:50

071 What are meshes_

02:38

072 How to generate and-or download meshes

05:30

073 Special relationship to complex meshes

03:36

074 Planar mesh awesomeness - One-click convert

04:51

075 Converting and importing complex meshes

05:32

076 Using snap and pull to shrink-wrap meshes

07:21

077 The Mesh Workspace and Meshmixer integration

05:37

078 Creating sliced sketches in the mesh workspace

05:35

079 Box

01:24

080 Coil

04:24

081 Hole

03:04

082 Create base feature

02:27

083 Boundary fill

04:57

084 Extrude

05:54

085 Cylinder

00:26

086 Mirror

03:24

087 Loft

07:50

088 Patterns

06:09

089 Pipe

03:01

090 Rib

02:24

091 Revolve

03:50

092 Sweep

03:22

093 Thicken

03:08

094 Sphere

00:37

095 Thread

03:27

096 Torus

01:33

097 Web

02:46

098 Press pull

02:12

099 Fillet

03:35

100 Chamfer

01:49

101 Shell

02:16

102 Draft

02:12

103 Scale

01:34

104 Combine

06:06

105 Replace face

02:25

106 Split face

02:19

107 Split body

02:35

108 Silhouette split

02:12

109 Move

05:19

110 Align

02:46

111 Physical material

03:21

112 Appearance

05:56

113 Manage materials

03:58

114 Delete

01:35

115 Compute all

02:02

116 Change parameters

05:56

117 Create sketch

02:09

118 Line

01:26

119 Rectangle

02:35

120 Circle

02:20

121 Arc

02:11

122 Polygon

01:48

123 Ellipse

01:34

124 Slot

02:29

125 Spline

04:10

126 Conic curve

02:06

127 Point

01:54

128 Text

05:09

129 Fillet

02:33

130 Trim

03:14

131 Extend

03:04

132 Break

02:58

133 Offset

04:28

134 Mirror

03:33

135 Pattern

07:02

136 Project - Project

04:33

137 Project - Intersect

03:00

138 Project - Include 3D geometry

03:59

139 Project - Project to surface

04:26

140 Project - Intersection curve

03:00

141 Sketch dimension

06:31

142 Offset plane

01:27

143 Plane at angle

01:31

144 Tangent plane

01:34

145 Midplane

01:40

146 Plane through two edges

02:04

147 Plane through three points

02:11

148 Plane tangent to face at point

01:21

149 Plane along path

03:46

150 Axis through cylinder cone torus

01:28

151 Axis through two planes or points

02:20

152 Axis perpendicular to face at point

01:42

153 Axis through edge

01:02

154 Axis perpendicular at point

02:29

155 Point at vertex

01:14

156 Point through two edges

02:32

157 Point through three planes

01:34

158 Point at center of circle sphere torus

01:12

159 Point at edge and plane

02:46

160 Measure

04:13

161 Interference

03:51

162 Curvature comb analysis

04:18

163 Zebra analysis

06:12

164 Draft analysis

03:56

165 Curvature map analysis

03:41

166 Section analysis

04:06

167 Component color cycling toggle

02:17

168 Decal

04:45

169 Attach and edit canvas

07:44

170 Insert mesh

02:15

171 SVG and DXF

03:30

172 Insert McMaster-Carr component

03:40

173 parts4cad

02:46

174 3D print

03:35

175 3D printing quotes and RFQs

02:38

176 Scripts and add-ins

01:24

177 Autodesk Exchange Apps

01:09

178 Select tools

04:23

179 Patch

02:05

180 Extrude

02:42

181 All patch create tools

01:53

182 Stitch and unstitch

02:31

183 Flip normal

01:55

184 Trim

02:54

185 Extend

01:43

186 New component

02:27

187 Joint

04:05

188 As-built joint

01:57

189 Joint origin

04:03

190 Rigid group

02:11

191 Drive joints, motion link, and contact sets

06:28

192 General simulation overview and flow

08:15

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