) Maximum Shear Stress in the beam (Tmar). 2) maximum Shear force in the nail (folt). if the Spacing of nail (Y00 mm). 3) maximum shear stress at Glue (A)anl(B).
) Maximum Shear Stress in the beam (Tmar). 2) maximum Shear force in the nail (folt). if the Spacing of nail (Y00 mm). 3) maximum shear stress at Glue (A)anl(B).
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
e For the boom Shwun, V8 Ehie yAGKTmmssn Fle xuva, (Bendking) stiers Moo Voeam wos (32 ey Octevmine: - ) M axi mum Shear Stresr i the beawm (Tinax). 2) Wiarimen Shear Force n the wail (Cuary f the SPacing o€ mail (Mee ==y ) Maximem Sheay stvery ab Gl (A)owel(R) -
![EL For the beam shown if the maximum flexu
(Bending) stres in the beam was (32 mpa)-
Xura
Determine: -
) Maximum Shear Stress in the beam (Tmax).
2) maximum Shear Force in the nail (Fbolt).
if the Spacing of nail (M00 mm).
3) maximum shear stress at Glue (A)ad(B).
l00
260
2m.
y= 240
Glue
y00
11:00 ,2020/05/03 lu coo](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffb6a6796-bfa3-420c-b255-1c955742b617%2Ffe9c4e47-2fed-483b-a9e8-f28410275a66%2F3hesbc4_processed.jpeg&w=3840&q=75)
Transcribed Image Text:EL For the beam shown if the maximum flexu
(Bending) stres in the beam was (32 mpa)-
Xura
Determine: -
) Maximum Shear Stress in the beam (Tmax).
2) maximum Shear Force in the nail (Fbolt).
if the Spacing of nail (M00 mm).
3) maximum shear stress at Glue (A)ad(B).
l00
260
2m.
y= 240
Glue
y00
11:00 ,2020/05/03 lu coo
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