This page (revision-285) was last changed on 14-Sep-2022 10:00 by Leonid

This page was created on 18-Feb-2022 08:53 by Leonid

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285 14-Sep-2022 10:00 8 KB Leonid to previous
284 14-Sep-2022 09:57 8 KB Leonid to previous | to last
283 14-Sep-2022 09:57 8 KB Leonid to previous | to last
282 13-Sep-2022 15:36 8 KB Leonid to previous | to last
281 02-Sep-2022 16:23 8 KB Makid Maskawat Marjub to previous | to last

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At line 24 changed one line
__Charpy Impact Strength:__ Deontes the energy needed for the fracture of the material. The greater the value the more resistant the material is to cracking upon being hit and vice versa.
__Charpy Impact Strength:__ Denotes the energy needed for fracture of the material. The greater the value, the more resistant the material is to cracking upon being hit and vice versa.
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__Strain at yield:__ Denotes the percentage of elongation of the material at its maximum elastic point. The greater the value the greater the eleoongation and vice versa.
__Strain at Yield:__ Denotes the percentage of elongation of the material at its maximum elastic point. The greater the value, the more the elongation and vice versa.
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__Yield Stress:__ Force the material can handle at its maximum elastic point. The greater the value the more force the material can handle and vice versa.
__Yield Stress:__ Force the material can handle at its maximum elastic point. The greater the value, the more force the material can handle and vice versa.
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__E-modulus:__ Denotes the stiffness of the material. The greater the value the more siffer the material is and vice versa.
__E-modulus:__ Denotes the stiffness of the material. The greater the value the stiffer the material is and vice versa.
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__Vicat:__ Denotes the temperature at which the material softens.
__Vicat:__ Denotes the temperature at which the material softens.
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__MFI:__ Denotes the flow behavior of the material. This property is very important for the processing technology.
__MFI:__ Denotes the flow behavior of the material. This property is very important for processing technology.
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This page (revision-285) was last changed on 14-Sep-2022 10:00 by LeonidTop