CSWP - Certified Solidworks Professional Multi-body Part Techniques Questions and Answers 1 — Questions and Answers
Question 1: You are working on a multi-body part and need to create a new, single part file from one of the bodies, which will then be used in an assembly. Which command sequence is the most direct way to accomplish this while maintaining a link to the original multi-body part?
- Use the 'Split' command, define splitting lines/planes, and save the resulting bodies.
- Select the body in the Solid Bodies folder, right-click, and choose 'Insert into New Part'. (Correct answer)
- Use the 'Save Bodies' command and select the body to save it as a new part.
- Copy the body using 'Move/Copy Body', suppress all other bodies, and use 'File > Save As'.
Correct answer: Select the body in the Solid Bodies folder, right-click, and choose 'Insert into New Part'.
Right-clicking a body in the Solid Bodies folder and selecting 'Insert into New Part' is the most direct method. This action creates a new part file containing only the selected body, and it establishes an external reference back to the master part file. Changes to the body in the master part will propagate to the new part file.
Question 2: In a multi-body part scenario, you have a main housing and a separate body representing a tool. You need to remove the volume of the tool from the main housing. Which operation within the 'Combine' command is designed for this specific task?
- Add
- Common
- Subtract (Correct answer)
- Intersect
Correct answer: Subtract
The 'Subtract' operation in the Combine command is used to remove the volume of one or more bodies from a designated main body. You would select the housing as the 'Main Body' and the tool as the 'Body to Subtract'.
Question 3: Which of the following is a primary advantage of using a multi-body part approach for a weldment design instead of an assembly?
- It allows for dynamic motion studies between the welded members.
- It simplifies the creation of a Bill of Materials (BOM) with unique part numbers for each member.
- It allows for features like fillets and chamfers to be easily applied across the intersections of multiple bodies. (Correct answer)
- Each body can have its own unique set of configurations independent of the other bodies.
Correct answer: It allows for features like fillets and chamfers to be easily applied across the intersections of multiple bodies.
In a multi-body part environment, applying features like fillets or chamfers across the edges where two or more bodies meet is straightforward. This is a significant advantage in weldment design for representing welds or edge preparations seamlessly. In an assembly, this would require more complex in-context features or assembly-level cuts.
Question 4: You have used the 'Split' command to divide a single body into three separate bodies within the same part file. After the split, you decide you want to save each of these new bodies as individual part files and automatically generate an assembly from them. What is the most efficient way to do this?
- Right-click the 'Split' feature in the FeatureManager tree and select 'Create Assembly'.
- Use the 'Save Bodies' feature, select the bodies, and check the 'Create Assembly' option. (Correct answer)
- Individually save each body using 'Insert into New Part' and then manually create a new assembly.
- Use the 'Combine' feature to export the bodies and then create the assembly.
Correct answer: Use the 'Save Bodies' feature, select the bodies, and check the 'Create Assembly' option.
The 'Save Bodies' command is specifically designed for this purpose. It allows you to select bodies from a multi-body part, save them as individual part files, and provides an option to automatically create an assembly from these newly created parts.
Question 5: The 'Intersect' tool offers a powerful way to create complex geometry. Which of the following is a unique capability of the 'Intersect' tool compared to the 'Combine' tool?
- It can only be used to merge two solid bodies into one.
- It can create solid geometry from the enclosed volume of intersecting surfaces and planes. (Correct answer)
- It requires the user to manually trim away unwanted geometry after the operation.
- It is exclusively used for subtracting one body from another.
Correct answer: It can create solid geometry from the enclosed volume of intersecting surfaces and planes.
A key strength of the 'Intersect' tool is its ability to work with solids, surfaces, and planes to define regions. It can create a new solid body from a completely enclosed internal cavity formed by intersecting surfaces, a task not possible with the 'Combine' tool which only works with solid bodies.
Question 6: When working with a multi-body part, you need to apply a feature, such as a cut-extrude, to only two of the five bodies present in the part. How do you control which bodies are affected by the feature?
- You must suppress the bodies you do not want the feature to affect.
- SOLIDWORKS automatically applies the feature to all intersecting bodies.
- In the PropertyManager for the feature, use the 'Feature Scope' selection box to specify the target bodies. (Correct answer)
- The feature must be created before the other bodies are created in the FeatureManager tree.
Correct answer: In the PropertyManager for the feature, use the 'Feature Scope' selection box to specify the target bodies.
The 'Feature Scope' option, available in the PropertyManager for most features in a multi-body environment, allows the user to explicitly select which solid bodies the feature should be applied to. By default, it's often set to 'All bodies' or 'Auto-select', but you can clear this and choose specific bodies.
CSWP - Certified Solidworks Professional Multi-body Part Techniques Questions and Answers 1
You are working on a multi-body part and need to create a new, single part file from one of the bodies, which will then be used in an assembly.
Which command sequence is the most direct way to accomplish this while maintaining a link to the original multi-body part?