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he maximum shear stress criteric at no yielding occurs when P = 24

he maximum shear stress criteric at no yielding occurs when P = 24

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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M-(1zy.z– Iy.y) + M,(1,.z – Izy-y) Iz ly – Izy Pr My Formüller; o =-- t o - a0p + of < ož , Oz + Øy Cort Pr • 02- Imaks = 2t 2 Ox + Øy Te d?y _M(x) I dr? Omaks.min + Ty, E = aAT, 1 =-. EI + Tảy tc/p Malanıcpxc, @p/c = EI Malanıpe El Tmaks = 2 38 mm dx. Pær VQ y M P A It 38 mm diameter AB shaft, Oakma = 250 MPa Made of a strong steel. Using the maximum shear stress criterion, find the maximum torque T so that no yielding occurs when P = 240 kN. 899,025 Nm 717,015 Nm 799,025 Nm 817,115 Nm 617,125 Nm
Transcribed Image Text:M-(1zy.z– Iy.y) + M,(1,.z – Izy-y) Iz ly – Izy Pr My Formüller; o =-- t o - a0p + of < ož , Oz + Øy Cort Pr • 02- Imaks = 2t 2 Ox + Øy Te d?y _M(x) I dr? Omaks.min + Ty, E = aAT, 1 =-. EI + Tảy tc/p Malanıcpxc, @p/c = EI Malanıpe El Tmaks = 2 38 mm dx. Pær VQ y M P A It 38 mm diameter AB shaft, Oakma = 250 MPa Made of a strong steel. Using the maximum shear stress criterion, find the maximum torque T so that no yielding occurs when P = 240 kN. 899,025 Nm 717,015 Nm 799,025 Nm 817,115 Nm 617,125 Nm
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