Next steps - AutoCAD Tutorial

Contents

• Introduction Introduction

  • Design surface model with AutoCAD

    1m 6s
  • What you should know

    54s
• 1. Get Set Up 1. Get Set Up

  • (Locked)
    Navigate in 3D space

    4m 20s
  • (Locked)
    Configure 3D workspaces

    5m 27s
  • (Locked)
    Configure options

    4m 3s
  • Create layer and property filters for 3D modeling

    3m 51s
• 2. Model the Bicycle Frame 2. Model the Bicycle Frame

  • (Locked)
    Extrude and patch a surface

    2m 42s
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    Manipulate the user coordinate system

    5m 49s
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    Use Offset and regions to generate surfaces

    5m 50s
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    Sweep a profile along a curved path

    3m 48s
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    Extrude and trim surfaces

    1m 59s
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    Revolve profiles

    3m 1s
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    Extrude a profile along a curved path

    5m 4s
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    Draft multiple cross sections

    7m 15s
  • Loft surfaces from cross sections

    6m 56s
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    Draw cross sections along a spline

    3m 49s
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    Loft with the Path option

    2m 23s
• 3. Create the Belt-Tensioning Mechanism 3. Create the Belt-Tensioning Mechanism

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    Adjust a lofted object's 3D form

    6m 11s
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    Sculpt a solid out of watertight surfaces

    6m 19s
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    Use Boolean operations on solid objects

    3m 46s
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    Model a dropout to be sandwiched between plates

    2m 13s
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    Model fasteners

    8m 32s
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    Adjust and trim the bottom triangle

    4m 12s
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    Mirror the frame and belt-tensioning components

    2m 32s
• 4. Build the Drivetrain Components 4. Build the Drivetrain Components

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    Position cross-sectional drawings relative to a model

    5m 35s
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    Remove unwanted volume with Subtract

    4m 40s
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    Combine surface and solid modeling

    3m 51s
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    Configure sketches of sprockets

    3m 2s
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    Fillet edges and array sprocket components

    5m 43s
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    Create the drive belt as a solid object

    3m 22s
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    Duplicate and 3D rotate the sprocket

    3m 51s
  • Revolve, extrude, and subtract objects

    5m 58s
• 5. Model the Rear Brakes 5. Model the Rear Brakes

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    Subobject editing and filleting edges

    8m 45s
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    Use region editing techniques

    4m 58s
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    Model fasteners that hold the rotor on the hub

    4m 25s
  • (Locked)
    Use Boundary to generate a profile

    5m 51s
  • (Locked)
    Create disk brake calipers welded onto the frame

    8m 8s
• 6. Create the Rear Wheel 6. Create the Rear Wheel

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    Revolve profiles and manipulate layers

    7m 32s
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    Sweep a spoke along a 3D path

    6m 45s
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    Use Array and Mirror to fill the rim with spokes

    6m 14s
• 7. Make the Power Components 7. Make the Power Components

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    Build the drive unit using Extrude and Loft

    7m 11s
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    Model the cranks using the solid tools and point filters

    7m 20s
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    Smooth a mesh object

    6m 33s
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    Tilt up and assemble extruded objects

    7m 58s
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    Use 3D Align to align a pedal with crank

    4m 37s
• 8. Model the Front End 8. Model the Front End

  • Loft cross sections to create a complex form

    5m 4s
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    Clean up 2D entities in preparation for 3D modeling

    7m 10s
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    Revolve boundaries to create surfaces

    5m 52s
  • (Locked)
    Copy components from the rear to front axle

    4m 16s
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    Model the front hub

    5m 5s
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    Sweep spokes along 3D paths

    9m 57s
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    Adjust the front axle, acorn nuts, and spacer

    7m 47s
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    Copy and reposition the front brake calipers

    4m 54s
  • (Locked)
    Copy the rim and tire to the front

    3m 12s
• 9. Create the Handlebars 9. Create the Handlebars

  • Weld objects together with Fillet Edge

    4m 38s
  • (Locked)
    Extract isolines from surfaces to loft new surfaces

    5m 5s
• 10. Form the Battery Compartment 10. Form the Battery Compartment

  • Sculpt a NURBS surface using its CVs

    4m 4s
  • (Locked)
    Loft between NURBS surfaces

    5m 20s
• 11. Make the Seat 11. Make the Seat

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    Extrude and subtract regions

    2m 55s
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    Loft and revolve profiles

    2m 24s
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    Create a 3D path from the intersection of two extrusions

    3m 21s
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    Rebuild NURBS surface to optimize its control vertices

    4m 10s
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    Move CVs in multiple viewports

    4m 49s
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    Offset a surface and round its hard edges

    3m 52s
  • Clean up and visualize the entire bicycle

    4m 15s
• Conclusion Conclusion

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    Next steps

    35s