A building shown in Fig (2) Its carries a live load of w₁ =3.5 KN/m², Wa=0.75 KN/m² (not including slab selfweight) Slabthickness = 200mm All Columns 300 * 400 All beams = 300*650 = 27 MPa, f, =414MPa a-Find Maximum positive and negative moments of the slab S1. b- Design the slab S1 for larger moment in a, Use $12 rebar. Fig (1) 0.4 S1 7 m 11 0.4 HK 7m I 0.3 0.4 5.5m 0.3 5.5m 10.3 5.5m 0.3 Fig (2)
A building shown in Fig (2) Its carries a live load of w₁ =3.5 KN/m², Wa=0.75 KN/m² (not including slab selfweight) Slabthickness = 200mm All Columns 300 * 400 All beams = 300*650 = 27 MPa, f, =414MPa a-Find Maximum positive and negative moments of the slab S1. b- Design the slab S1 for larger moment in a, Use $12 rebar. Fig (1) 0.4 S1 7 m 11 0.4 HK 7m I 0.3 0.4 5.5m 0.3 5.5m 10.3 5.5m 0.3 Fig (2)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![A building shown in Fig (2)
Its carries a live load of w₁ =3.5 KN/m²,
Wa=0.75 KN/m² (not including slab selfweight)
Slabthickness = 200mm
All Columns = 300 * 400
All beams = 300 *650
f = 27 MPa, fy =414MPa
a-Find Maximum positive and negative moments of the slab S1.
b- Design the slab S1 for larger moment in a, Use $12 rebar.
S
1- Find design uniformly distributed load (wu) on the beam A-A of
as shown in Fig. (2).
2- Find maximum crack width assume interior exposure for the beam of
hollow section shown in Fig. (3). f = 28 MPa, f, = 420 MPa
Fig (1)
0.4
HE
650
S1
-
7 m
V
"1
11
11
11
11
11
0.4
7m
400
S
I 0.3
5.5m
0.3
5.5m
0.3
5.5m
16
0.4
¥0.3
Fig (2)
$10
stirrups
6#25
Fig (3](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F570725c3-3c8a-47b5-9e29-022802abb85c%2F5a329e20-50cf-480e-a52e-4879dfbe4cb2%2F96ryq5b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A building shown in Fig (2)
Its carries a live load of w₁ =3.5 KN/m²,
Wa=0.75 KN/m² (not including slab selfweight)
Slabthickness = 200mm
All Columns = 300 * 400
All beams = 300 *650
f = 27 MPa, fy =414MPa
a-Find Maximum positive and negative moments of the slab S1.
b- Design the slab S1 for larger moment in a, Use $12 rebar.
S
1- Find design uniformly distributed load (wu) on the beam A-A of
as shown in Fig. (2).
2- Find maximum crack width assume interior exposure for the beam of
hollow section shown in Fig. (3). f = 28 MPa, f, = 420 MPa
Fig (1)
0.4
HE
650
S1
-
7 m
V
"1
11
11
11
11
11
0.4
7m
400
S
I 0.3
5.5m
0.3
5.5m
0.3
5.5m
16
0.4
¥0.3
Fig (2)
$10
stirrups
6#25
Fig (3
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