Engineering design and graphics with Autodesk Inventor 10 = Autodesk Inventor 10工程设计绘图 /

chapter 1--getting started .

1-1 introduction

1-2 creating a first sketch

1-3 creating a solid model

1-4 exercise problems

chapter 2--two-dimensional sketching

2-1 introduction

2-2 line

2-3 spline

2-4 circle

2-5 ellipse

2-6 arc

2-7 rectangle

2-8 fillet

2-9 chamfer

2-10 polygon

2-11 mirror

2-12 rectangular pattern

2-13 offset

2-14 extend

.2-15 trim

2-16 move

2-17 rotate

2-18 constraints

2-19 show constraints

2-20 to edit a sketch

2-21 insert autocad file

2-22 text

2-23 exercise problems

chapter 3--three-dimensional models

3-1 introduction

3-2 extrude

3-3 revolve

3-4 holes

3-5 shell

3-6 fillet

3-7 chamfer

3-8 face draft

3-9 split

3-10 mirror

3-11 rectangular pattern

3-12 circular pattern

3-13 sketch planes

3-14 to edit a 3d model

3-15 default planes and axes

3-16 work planes

3-17 angled work planes

3-18 offset work planes

3-19 work points

3-20 work axes

3-21 ribs (webs)

3-22 loft

3-23 sweep

3-24 coil

3-25 model material

3-26 exercise problems

chapter 4--orthographic views

4-1 introduction

4-2 fundamentals of orthographic views

4-3 orthographic views with inventor

4-4 isometric views

4-5 section views

4-6 offset section views

4-7 aligned section views

4-8 detail views

4-9 broken views

4-10 auxiliary views

4-11 exercise problems

chapter 5--assembly drawings

5-1 introduction

5-2 bottom-up and top-down assemblies

5-3 to start an assembly drawing

5-4 degrees of freedom

5-5 move and rotate

5-6 constraint

5-7 sample assembly problem sp5-1

5-8 presentation drawings

5-9 animation

5-10 isometric drawings

5-11 assembly numbers

5-12 parts list

5-13 title block

5-14 drawing sheets

5-15 other types of drawing blocks

5-16 sample problem sp5-2

5-17 top-down assemblies

5-18 editing a part within an assembly drawing

5-19 pattern component

5-20 mirror components

5-21 copy components

5-22 exercise problems

chapter 6--threads and fasteners

6-1 introduction

6-2 thread terminology

6-3 thread callouts- metric units

6-4 thread callouts ansi unified screw threads

6-5 thread representations

6-6 internal threads

6-7 threaded blind holes

6-8 creating threaded holes using the hole command

6-9 standard fasteners

6-10 sizing a threaded hole to accept a screw

6-11 screws and nuts

6-12 types of threaded fasteners

6-13 flat head screws- countersunk holes

6-14 counterbores

6-15 to draw fasteners not inciuded in the content center

6-16 fasteners from the web

6-17 sample problem sp6-1

6-18 washers

6-19 set screws

6-20 rivets

6-21 exercise problems

chapter 7--dimensioning

7-1 introduction

7-2 terminology and conventions- ansi

7-3 creating drawing dimensions

7-4 drawing scale

7-5 units

7-6 aligned dimensions

7-7 radius and diameter dimensions

7-8 dimensioning holes

7-9 dimensioning counterbored, countersunk holes

7-10 angular dimensions

7-11 ordinate dimensions

7-12 baseline dimensions

7-13 hole tables

7-14 locating dimensions

7-15 fillets and rounds

7-16 rounded shapes--internal

7-17 rounded shapes--external

7-18 irregular surfaces

7-19 polar dimensions

7-20 chamfers

7-21 knurling

7-22 keys and keyseats

7-23 symbols and abbreviations

7-24 symmetry and centerline

7-25 dimensioning to a point

7-26 sectional views

7-27 orthographic views

7-28 exercise problems

chapter 8--tolerancing

8-1 introduction

8-2 direct tolerance methods ..

8-3 tolerance expressions

8-4 understanding plus and minus tolerances

8-5 creating plus and minus tolerances

8-6 limit tolerances

8-7 angular tolerances

8-8 standard tolerances

8-9 double dimensioning

8-10 chain dimensions and baseline dimensions

8-11 tolerance studies

8-12 rectangular dimensions

8-13 hole locations

8-14 choosing a shaft for a toleranced hole

8-15 sample problem sp8-1

8-16 sample problem sp8-2

8-17 nominal sizes 302

8-18 standard fits (metric values)

8-19 hole and shaft basis

8-20 calculated hole and shaft sizes

8-21 standard fits (inch values)

8-22 sample problem sp8-3

8-23 preferred and standard sizes

8-24 surface finishes

8-25 surface control symbols

8-26 design problems

8-27 geometric tolerances

8-28 tolerances of form

8-29 flatness

8-30 straightness

8-31 straightness (rfs and mmc)

8-32 circularity

8-33 cylindricity

8-34 geometric tolerances using inventor

8-35 tolerances of orientation

8-36 datums

8-37 perpendicularity

8-38 parallelism

8-39 angularity

8-40 profiles

8-41 runouts

8-42 positional tolerances

8-43 virtual condition

8-44 floating fasteners

8-45 sample problem sp8-4

8-46 sample problem sp8-5

8-47 fixed fasteners

8-48 sample problem sp8-6

8-49 design problems

8-50 exercise problems

chapter 9--bearings and shafts

9-1 introduction

9-2 sleeve bearings

9-3 sample problem sp9-1

9-4 sample problem sp9-2

9-5 ball bearings

9-6 shafts

9-7 shear and moment diagrams

9-8 minimum shaft diameters

9-9 shock factors

9-10 shaft deflection

9-11 sample problem sp9-3

9-12 sample problem sp9-4

9-13 critical speed

9-14 sample problem sp9-5

9-15 exercise problems

chapter 10--gears

10-1 introduction

10-2 gear terminology

10-3 gear formulas

10-4 drawing a gear using inventor

10-5 gear ratios

10-6 gear trains

10-7 designing gear speed ratios

10-8 forces in gears

10-9 sample problem sp10-1

10-10 sample problem sp10-2

10-11 design accelerator--spur gears

10-12 forces in gear trains

10-13 sample problem sp10-3

10-14 sample problem sp10-4

10-15 safety factors

10-16 service factors

10-17 lubrication factors

10-18 sample problem sp10-5

10-19 manufacturers' catalogs

10-20 web sites

10-21 forces in nonmetallic gears

10-22 sample problem sp10-6

10-23 metric spur gears

10-24 bevel gears

10-25 worm gears

10-26 matching gears and shafts

10-27 center distance and backlash

10-28 sample problem sp10-7

10-29 gear assembly animation

10-30 exercise problems

chapter 11--cams, springs, and keys

11-1 introduction

11-2 displacement diagrams

11-3 drawing a cam using inventor

11-4 sample problem sp 11-1

11-5 animating cams and followers

11-6 springs

11-7 forces in springs

11-8 keys and keyways

11-9 metric keys

11-10 key and keyway tolerances

11-11 exercise problems

chapter 12--sheet metal and weldments

12-1 introduction

12-2 sheet metal drawings

12-3 weldments--fillet welds

12-4 weldments--groove welds

12-5 sample problem sp12-1

12-6 exercise problems

chapter 13--the design process

13-1 introduction

13-2 selecting a design group

13-3 the design project

13-4 understanding the design problem

13-5 creating a solution

13-6 managing the design process

13-7 procurement

13-8 the motor--the first unexpected problem

13-9 string climber concept sketch

13-10 drawing layout

13-11 modified parts

13-12 electrical schematic

13-13 estimated speed

13-14 final drawings

13-15 test and modification

13-16 exercise problem

chapter 14--design projects

14-1 introduction

14-2 head bangers--rating 2

14-3 the string climber--rating 7

14-4 rope bomber--rating 3

14-5 tug of war--rating 5

14-6 footbag drop madness--rating 3

14-7 peak performance--rating 5

14-8 s-car--rating 8

14-9 cam car--rating 9

14-10 cam project--rating 7

14-11 gondola project--rating 7

index ...