- #1
Marvin94
- 41
- 0
Homework Statement
Homework Equations
I think it will make use of tables...
The Attempt at a Solution
Can someone tell me the solution step by step of this problem? Help me please :(
Thanks in advance..
In summary, the conversation revolves around a homework problem that involves using tables and potentially solving for four different answers. The person asking for help is struggling with the wording of the question and is looking for a step-by-step solution. Suggestions are given to use a graphing tool or plug in relevant dimensions to the equation. The solution may also involve considering the thermal expansion of steel and copper.
I think it will make use of tables...
Can someone tell me the solution step by step of this problem? Help me please :(
Thanks in advance..
- #2
Nidum
Science Advisor
Gold Member
- 2,993
- 853
I'd like to help but the wording of the question is poor and additional data needed to solve problem would have to be looked up .
There are in any case potentially four different answers depending on the four combinations possible for high/low on the two diameter tolerances .
There are in any case potentially four different answers depending on the four combinations possible for high/low on the two diameter tolerances .
- #3
William White
- 256
- 80
use desmos (or similar) and plot the equations for thermal expansion
plot two lines
the expansion of steel
the expansion of copper
You will then be able to read off the temperatures easily
or you could put the relevant dimensions into the equation to begin with - whatever you are happy with
plot two lines
the expansion of steel
the expansion of copper
You will then be able to read off the temperatures easily
or you could put the relevant dimensions into the equation to begin with - whatever you are happy with
- #4
Marvin94
- 41
- 0
Thanks for all the answers :)
Related to Design theory problem with clearance fit
1. What is a clearance fit in design theory?
A clearance fit is a type of fit used in engineering and design where there is a small gap or clearance between two mating parts. This allows for easy assembly and disassembly of the parts without interference or binding.
2. How is a clearance fit different from other types of fits?
Unlike other types of fits, such as interference fit or transition fit, a clearance fit has a gap between the mating parts. This gap can range in size, but is typically small and allows for movement between the parts.
3. What are the advantages of using a clearance fit in design?
Some advantages of using a clearance fit include ease of assembly and disassembly, reduced risk of damage to the parts, and the ability to accommodate slight variations in part sizes. It can also help with thermal expansion and contraction of the parts.
4. What are the potential drawbacks of using a clearance fit?
One potential drawback is that the gap between the parts can allow for movement or play, which may not be desirable for certain applications. Additionally, if the clearance is too large, it may affect the strength or stability of the joint.
5. How is the size of the clearance determined in design theory?
The size of the clearance is determined based on the specific application and the desired level of clearance. Factors such as part tolerances, material properties, and intended use of the parts are taken into consideration when determining the appropriate size of the clearance fit.
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