Question Steel beam shown to Chock the adequacy of Grade 250 Carry Force. Note that fy For Flange and web are different. (No need to check clause 5.11.3, 1.e assume uniform Stess distribution in web). Hints:. you need to check capacity at both (1) Support (Pure Shear) and (ii) under the point load (Shear + bending) 300KN 400 mm A 2m 40 kN/m J 6m 14mm Given data: K d = 700mm by = 400 mm 47 = 14mm tw = 8mm 14mm = 200mm b1/₂= 7/7/2 = 14mm 8MM 200mm Yield Stress Flang 700mm £. = 250 MPa "'Y7" Teld Shess of шей Туго = 280 лва 9w=
Question Steel beam shown to Chock the adequacy of Grade 250 Carry Force. Note that fy For Flange and web are different. (No need to check clause 5.11.3, 1.e assume uniform Stess distribution in web). Hints:. you need to check capacity at both (1) Support (Pure Shear) and (ii) under the point load (Shear + bending) 300KN 400 mm A 2m 40 kN/m J 6m 14mm Given data: K d = 700mm by = 400 mm 47 = 14mm tw = 8mm 14mm = 200mm b1/₂= 7/7/2 = 14mm 8MM 200mm Yield Stress Flang 700mm £. = 250 MPa "'Y7" Teld Shess of шей Туго = 280 лва 9w=
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![Question
Chock the adequacy of Grade 250
Steel beam shown to
Carry
Force. Note that I For Flange and
web are different.
(No need to check clause 5.11.3, 1.e
assume uniform Shess distribution in
web).
Hints:
you need to check capacity at
both (1) Support (Pure Shoar) and (it) under
the point load (Sheart bending)
BOOKN
400 мм
K
2m
40 kN/m
вт
14mm
Given data:
14mm
d = 100mm
by = 400 mm
ty=
tw = 8mm
14mm
= 200mm
4/7/₂2 = 14mm
8MM
700mm
200mm
Yield Stress I
Flang fyz = 250 mpa
Teld Shess F
web 7yw=
280 мга](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe3a52c79-4eed-4e53-84f1-924095d62c39%2F45f6fb1c-db4d-4439-8af0-734777f329d9%2F830nqc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question
Chock the adequacy of Grade 250
Steel beam shown to
Carry
Force. Note that I For Flange and
web are different.
(No need to check clause 5.11.3, 1.e
assume uniform Shess distribution in
web).
Hints:
you need to check capacity at
both (1) Support (Pure Shoar) and (it) under
the point load (Sheart bending)
BOOKN
400 мм
K
2m
40 kN/m
вт
14mm
Given data:
14mm
d = 100mm
by = 400 mm
ty=
tw = 8mm
14mm
= 200mm
4/7/₂2 = 14mm
8MM
700mm
200mm
Yield Stress I
Flang fyz = 250 mpa
Teld Shess F
web 7yw=
280 мга
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