Fusion360 – Level 2

TUTORIAL 1: MECHANIZED ASSEMBLIES

Creating Mechanized Components Within an Assembly

CLICK TO FOLLOW TUTORIAL 1

The main Simple Machine in the Steam Engine is the LEVER.

Get your subconscious mind thinking about Simple Machines for your Fusion Challenge coming up soon!

TUTORIAL 2: FEA-ANALYSIS

Simulating Stress and Strain (Finite Element Analysis – FEA)

CLICK TO FOLLOW TUTORIAL 2

TUTORIAL 3: SCULPTING

FOLLOW THIS TUTORIAL to create a GHOST

Image from https://www.instructables.com/Sculpting-in-Fusion-360/

SHOW your instructor, and SCREENSHOT it to the HANDIN folder

PROBLEM 3: CREATE AN AIRPLANE

FIND an existing AIRPLANE design you want to emulate (NOT “made up” by you)
- Ideally you need a TOP, SIDE, and FRONT view
- My favourite airplanes:
  - The Avro Arrow (An AMAZING Canadian Fighter Jet!)
  - The Vought Corsair (“Whistling Death”)
DOWNLOAD an image of the AIRPLANE you have chosen
- INSERT it as a “CANVAS” and you can sculpt to fit, then make the canvas invisible
BEGIN!
STUCK?

SHOW your instructor ON SCREEN, and SCREENSHOT a RENDERING to the HANDIN folder

FUSION CHALLENGE: GET CREATIVE!

If you are not here by October 1st/March 1st, you’re going to run out of time

This Project must be completed THIS TERM;
Don’t waste your time

Don’t waste OTHER PEOPLE’S time;
THEY NEED TO COMPLETE THEIR PROJECT TOO

READ THROUGH THE MARKS SHEET

>>> NO WEAPONS <<<

THE PROJECT MUST:

1. Be a MECHANISM (a system of parts working together as a Simple Machine)
  - A: Each shape has extra techniques, COMPOUND SIMPLE MACHINE (machine moves another machine), does not come apart.
  - B: Each shape as extra techniques, TWO simple machines, does not come apart
  - C+: Each shape has extra techniques, simple machine, does not come apart
  - C: Basic geomteric shapes, simple machine, does not come apart
  - !!MOVING PARTS MUST HAVE ABOUT 1.5mm CLEARANCE!!
2. Be a MECHANISM that IS a SIMPLE MACHINE << click to know what a Simple Machine is
3. Be a Simple Machine
4. Still be a Simple Machine
5. Be ASSEMBLED from 6 or more distinct, assemblable parts
  - “Single Part” example: A bicycle wheel:
    - Rim (revolve)
    - Hub (revolve, hole, pattern)
    - Spokes (sweep, thread, solid)
    - Tire (revolve, solid, pattern)
    - Valve stem (revolve, thread)
  - WHEN 3D PRINTED, IT MUST STAY TOGETHER!
6. Use at least FOUR of these:
  - Solid modeled parts
  - Holes
  - Shells
  - Ribs
  - Revolved parts
  - Patterns
  - Lofted parts
  - Swept parts
  - Sheet Metal
  - Sculpted

10% BONUS: do FEA on TWO components of your project

CLICK HERE TO PRINT MARKS SHEET

Complete model and show to instructor ON SCREEN, and then….

HAND IN THE FOLLOWING:

1. PRINTED 3D – Project (HOW TO 3D PRINT)
2. PRINTED – Engineering Drawings Booklet
  - TITLE PAGE WITH RENDERED VIEW
  - ONE of the assembly (no dimensions)
  - A PAGE FOR EACH individual part (with dimensions)
  - BOOKLET (not project!) EXAMPLES:
3. EXPLODED ANIMATION
  - Export all *.avi files
4. DIGITAL – Entire Project
  - Export All *.f3d *.jpg *.doc & etc. files
5. MARK SHEET (below)
  - You mark yourself first
  - Click for Mark Sheet

DIGITAL FILES:

- - CREATE A FOLDER labelled lastname_project-name
    - Example: wellwood_sheet-metal-brake
  - SAVE everything into this folder
  - DRAG AND DROP the folder to “i:\1. Handin\!Wellwood”

CLICK HERE TO PRINT MARKS SHEET

FINISHED?

Carry on to Architecture! That’s is a big unit too

Try to get ahead in case things slow you down!!

PAST EXAMPLES