13 Questions
What type of force is being applied in the image shown?
Shear
What does CAD stand for in Onshape, a 3D CAD software?
Computer Aided Design
What type of bridge is shown in the picture below?
Cantilever Bridge
What tool has most likely been used to create the green part from the blue part?
Mirror Tool
What type of CAD operation is shown in the image below?
Extrude
Which of the following is the best orientation to print the shape shown?
C
What is the primary method of cutting used by scissors?
Shear
Which of the following forces is typically associated with twisting?
Torsion
What is the process called when a 2D shape is turned into a 3D shape?
Extrude
Which of the following types of bridges uses cables and towers?
Cable Stayed Bridge
What is the purpose of support in 3D printing?
To prevent overhanging features
What type of software is Onshape an example of?
3D CAD software
Which of the following shapes will fail without support during 3D printing?
D
Study Notes
Bridge Types
- The picture depicts a Cantilever Bridge.
- The picture depicts a Suspension Bridge.
CAD Software
- Onshape is an example of 3D CAD software.
- CAD stands for Computer Aided Design.
CAD Operations
- The image shows a 2D sketch being turned into a 3D shape, which is an Extrude operation.
CAD Tools
- The green part on the left has been created using the blue part on the right, and the Mirror Tool has most likely been used.
Forces
- The image shows a Compression force being applied.
- The image shows a Torsion force being applied.
- Scissors cut paper primarily using the Shear force.
3D Printing
- The best orientation to print the shape shown is [answer depends on the shape].
- The 3D printed shape that will fail without support is [answer depends on the shape].
Test your knowledge of different bridge types, CAD software and operations, forces, and 3D printing concepts. Identify the correct CAD tools, forces, and 3D printing techniques in various scenarios.
Make Your Own Quizzes and Flashcards
Convert your notes into interactive study material.
Get started for free
