Week 7 Challenge - Assembly Workbench
INTENT:
To create assemblies based on the given model drawings.
REPORT
1. Quick return motion mechanism
- Based on the drawings given before creating an assembly, we need to create the parts separately
- So first we open a new part file and start creating the different parts separately in different part files.
1. SLOTTER SKETCH:
SLOTTER PART 1:
2. TURNING PAIR SKETCH :
TURNING PAIR PART 2:
3. SLIDING PAIR SKETCH :
SLIDING PAIR PART 3:
4. ROCKER ARM SKETCH :
ROCKER ARM PART 4
5. CONNECTING ROD SKETCH :
CONNECTING ROD PART 5
Then after creating the parts, we create a new product file.
We then load all the parts into the new product file using the 'existing component option'
After that, we select body 1 and fix it using the fix constraint
Then we take coincide constraint to coincide body 1 and body 2 along the axis.
Then again we apply coincide contrast to the faces of body 1 and body 2
Similarly, all the bodies coincide using coincidence constraint to create the assembly of a quick return mechanism.
We use the explode option finally to check whether everything is constrained properly.
2. C V Joint
- Based on the drawings given before creating an assembly, we need to create the parts separately
- So first we open a new part file and start creating the different parts separately in different part files.
1. SUPPORT SKETCH:
SUPPORT PART:
2. FOUR-SIDE CYLINDER SKETCH:
FOUR SIDE CYLINDER PART RHS & LHS:
3. THREE-SIDE CAP SKETCH:
THREE SIDE CAP PART LHS & RHS:
- Then after creating the parts, we create a new product file.
- We then load all the parts into the new product file using the 'existing component option'
- After that, we select body 1 and fix it using the fix constraint
- Then we take coincide constraint to coincide body 1 and body 2 along the axis.
- Then again we apply coincide contrast to the faces of body 1 and body 2.
- Similarly, all the bodies coincide using coincidence constraint to create the assembly of a quick return mechanism.
- We use the explode option finally to check whether if everything is constrained properly.
CV JOINT ASSEMBLY:
