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material 38ncd4

  • Thread starter Thread starter world
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world

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material 38ncd4



Good day to all!
you would know how to indicate the characteristics of 38ncd4 material
useful for structural calculation?
- density
- Young module
- coefficient of poisson
- resistance to yield
- maximum tensile strength
- thermal conductivity
- linear expansion
- specific heat

thanks in advance
 
material 38ncd4



Good day to all!
you would know how to indicate the characteristics of 38ncd4 material
useful for structural calculation?
- density
- Young module
- coefficient of poisson
- resistance to yield
- maximum tensile strength
- thermal conductivity
- linear expansion
- specific heat

thanks in advance
No!
 
Sorry that the discussion took a "burnt" bend but I would pray to reread carefully from who is
I'm gonna start the fool.
Clearly it's not a paid service, but that doesn't mean affording to do the phenomena if no one was able to provide the required information. I imagined that someone had already set the values of the material to be able to make fem calculations with the inventor. All requests can be resolved by sending the answers with google or better again... next time... Nice arrangements.
Obviously, before disturbing, it was lost a lot, and I stress a lot, time searching for data.
I thank you anyway and ask vein if I have feared with my demands.
 
Sorry that the discussion took a "burnt" bend but I would pray to reread carefully from who is
I'm gonna start the fool.
Clearly it's not a paid service, but that doesn't mean affording to do the phenomena if no one was able to provide the required information. I imagined that someone had already set the values of the material to be able to make fem calculations with the inventor. All requests can be resolved by sending the answers with google or better again... next time... Nice arrangements.
Obviously, before disturbing, it was lost a lot, and I stress a lot, time searching for data.
I thank you anyway and ask vein if I have feared with my demands.
Stop there.
Let's just talk about it.
You asked a question. here everything is all right
the question was trivial, in fact it was enough to search with google to find the answer, and this was pointed out to you
We also gave you a link where you were shown that looking for 2 words, I say two, there was the desired answer
it was enough to open the first link, containing a pdf and find all the data
As it wasn't enough, I took the brigae of copy-paste them on a post
On the contrary, I was also uncomfortable to save it and attach it to the post, so that you can download it
I don't pay, you opened another identical discussion in another area to ask the same info, and you say that we don't give you the answer.. .

Excuse me, but I don't understand. . .
What do you still want? that you configure the sw with that material?
that you print the values on the printer that you have next to them? :confused:
 
@world: you have wrong approach!! ! ! !
1. read the forum rules well: you don't write in the press! ! ! !
2. you had already asked in the discussion linked by mbt, ecchecavolo! we also put you links, etc.
no one was able to provide the required information
and so you had to wait and not start a new discussion!
Besides with google I found them in a click, I don't understand. Mah.

However closed discussion! (I follow my colleague mod of the inventor section)
 
I allow myself to close the discussion by giving the necessary information, once and for all asking users to strive for an apology to search also the answers on the links we give, just read!
on the pdf linked by mbt you find everything you want.
the mechanical characteristics of a steel also depend on the thickness and therefore you must find, according to the thickness, what is the yielding voltage, etc.
just to help you,http://www.comoglio.it/ita/tabelle/caratteristiche_meccaniche.htm (link already reported)
find the required mechanical characteristics (starting from a minimum value, use the one for verifications so you are sure).
use the characteristics of steels!! !
- density: that of the steel
- Young module: that of the steel
- polka dot coefficient: that of the steel (0.3-0.29)
- resistance to yield: 216
- maximum tensile strength: 370
- thermal conductivity: that of the steel
- linear expansion: the one of the
- specific heat: the one of the
on inventor, duplicate a traditional steel (e.g. fe510 or s355jr and change the values of tensions and you're done) but don't ask me how to do because I don't know it.
Is it clear now? I don't put all the values because the rest is easy to find
Thank you.
 

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