Ox-Oy sin20 + Txycos20, Omaks.min = OytFormül;60 MPa2 5 için c = cz -(1-0,630b/a)M2(1zy.z– ly.y) + M,(1,.z – Izy.y)I4.ly – Izy²Ox + Gy, tan28p =2Tmaks=45 MPaCzab³G'тМy• O---=1It2tA100 MPa100MPAOx + Oy 0x - dy2rxycos20 + Tyysin20 , Jort =22Ty'y' = -22+ Ty45 MPa60 MPа+ TảyTmaks =Find the maximum shear stress for the stress condition given in the figure.129,24 MPa114,25 MPa80,00 MPa138,75 MPa49.24 MPa

Format TL GyabGSkin -a-0630b/a) 60 MPa 45 MPa My 100 MPа 100MPA w-, cos20 + tysin20, oun =% * °%, tan20, - 45 MPa 60 MPa Tmats Find the maximum shear stress for the stress condition given in the figure. 129.24 MPa 114.25 MPa 80.00 MPa 138.75 MPa 49.24 MPa

Format TL GyabGSkin -a-0630b/a) 60 MPa 45 MPa My 100 MPа 100MPA w-, cos20 + tysin20, oun =% * °%, tan20, - 45 MPa 60 MPa Tmats Find the maximum shear stress for the stress condition given in the figure. 129.24 MPa 114.25 MPa 80.00 MPa 138.75 MPa 49.24 MPa

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

Ox-Oy sin20 + Txycos20, Omaks.min = Oyt
Formül;
60 MPa
2 5 için c = cz -(1-0,630b/a)
M2(1zy.z– ly.y) + M,(1,.z – Izy.y)
I4.ly – Izy²
Ox + Gy, tan28p =
2
Tmaks=
45 MPa
Czab³G'
т
Мy
• O---
=1
It
2tA
100 MPa
100MPA
Ox + Oy 0x - dy
2rxy
cos20 + Tyysin20 , Jort =
2
2
Ty'y' = -
2
2
+ Ty
45 MPa
60 MPа
+ Tảy
Tmaks =
Find the maximum shear stress for the stress condition given in the figure.
129,24 MPa
114,25 MPa
80,00 MPa
138,75 MPa
49.24 MPa

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