Post number #1117873, ID: fdb816
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like, action figure, basically how the ball, peg goes in to the hole, tight fit, and do not shred to loosen?
i guess i found some text saying that the hole, expands, and then shrink, given elasticity
but, how does it get designed then? are they of the same size? does the peg diametre is the same as the hole? what about the range expected? so on.
Post number #1117995, ID: 256644
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How are we supposed to know?
Post number #1118019, ID: d74b32
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They know the elasticity of the materials, and thus how much they will stretch and the force they will apply. If the first models are to oloose, they make it tighter,and visa versa
Post number #1118043, ID: d78b5b
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>>1117995 you are on tech, einstein >>1118019 ...obviously? It can be too same material, and it ll snap, logically, but problem is, what i mean, is the shape, and the click, the hole size, range and so on, that what
Post number #1118080, ID: 89a4c0
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I don't understand what you are saying.
Post number #1118129, ID: d6bc84
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>>1118080 ...maybe you need to read more about it first
Post number #1118154, ID: 123562
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>>1118129 maybe you need to work on your English first
Total number of posts: 7,
last modified on:
Fri Jan 1 00:00:00 1793464512
| like, action figure, basically how the ball, peg goes in to the hole, tight fit, and do not shred to loosen?
i guess i found some text saying that the hole, expands, and then shrink, given elasticity
but, how does it get designed then? are they of the same size? does the peg diametre is the same as the hole? what about the range expected? so on.