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| author | Abel Tim <abel@localhost.localdomain> | 2025-02-24 08:55:16 +0100 |
|---|---|---|
| committer | Abel Tim <abel@localhost.localdomain> | 2025-02-24 08:55:16 +0100 |
| commit | 9fec0cac92427f49b57cb18ecddefddfcdb415b3 (patch) | |
| tree | 019562c331a3f8f3635a86ccfafa8ef99275788f /maxstress.txt | |
| parent | 2292e547b9557a649f73fc968096c4e16711257a (diff) | |
| download | pws-9fec0cac92427f49b57cb18ecddefddfcdb415b3.tar.gz pws-9fec0cac92427f49b57cb18ecddefddfcdb415b3.zip | |
add backup after pc crash
Diffstat (limited to 'maxstress.txt')
| -rwxr-xr-x[-rw-r--r--] | maxstress.txt | 46 |
1 files changed, 44 insertions, 2 deletions
diff --git a/maxstress.txt b/maxstress.txt index 0157758..dcae4ea 100644..100755 --- a/maxstress.txt +++ b/maxstress.txt @@ -1,2 +1,44 @@ -structural steel: 9,4291e8 Pa / -4,1939e9 Pa -titanium alloy:
\ No newline at end of file +20deg celcius +30000N + +CAM V8 +bron data Tensile Strengt: ansys eneneering datasources +Structural Steel(metal): 5,6575e8 Pa / -2,5163e9 Pa + 2,5E+08 Pa Tensile Yield Strength + 4,6E+08 Pa Tensile Ultimate Strength + 7850 kg*m-3 +Titanium Alloy(metal): 5,6506e8 Pa / -2,5053e9 Pa + 9,3E+08 Pa Tensile Yield Strength + 1,07E+09 Pa Tensile Ultimate Strength + 4620 kg*m-3 +Alumininum Alloy(metal): 5,6463e8 Pa / -2,5128e9 Pa + 2,8E+08 Pa Tensile Yield Strength + 3,1E+08 Pa Tensile Ultimate Strength + 2770 kg*m-3 +Stainless Steel(metal): 5,6352e8 Pa / -2,5155e9 Pa + 2,07E+08 Pa Tensile Yield Strength + 5,86E+08 Pa Tensile Ultimate Strength + 7750 kg*m-3 +Polyethylene(plastic): 5,589e8 Pa / -2,4662e9 Pa + 2,5E+07Pa Tensile Yield Strength + 3,3E+07Pa Tensile Ultimate Strength + 950 kg*m-3 +Plastic, ABS(plastic): 5,6102e8 Pa/ -2,4773e9 Pa + 2,772E+07 Pa Tensile Yield Strength + 3,813E+07 Pa Tensile Ultimate Strength + 1030 kg*m-3 +Wood, oak(organic): 5,646e8 Pa / -2,4997e9 Pa + ~4,5E+07 Pa Tensile Yield Strength + ~1,45E+08 Pa Tensile Ultimate Strength + 925,7 kg*m-3 + +Geen één heeft genoeg kracht, data sim output is overal bijna gelijk. Niet nodig om de heletijd herhalen. +------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ + +CAM V9 : 4,8422e8 Pa / -4,7053e8 Pa --> 4,8422e8 Pa +dus mogelijke materiaalen: + Titanium Alloy + Stainless Steel (buigt wel permanent) + Structural Steel (buigt ook permanent) + +dus: Titanium Alloy |