Q1) Slab system consist of one-way slab panels shown in Fig. (1), subjected to the superimposed dead load 2.8kN/m2 (excluding self-weight) and live load as listed below assume normal concrete. The slab supported by beams with bw= 300 mm and h=650 mm and the beam supported by columns with dimensions (300 x 300 mm). f'e =28 MPa, and fy= 420 MPa 3.3m 3.3 m 3.3 m 1- Design slab S1 and S2. (use o12 mm) 2- Design Beam (B2) for bending. where the beam carries a brick wall 3 m height and 250 mm width (y brick 16 kN/m³) B1 B2 B2 B1 Note: consider live load as: S1 S2 S1 1- Live Load = 0.22 x (n) +6 Where: (n) is Student number 2- Consider the Design moments for beam B2 as: Wyl2 and at Mid span +M 12 Wul2 (use 625 mm) At support = -M = Fig (1). %3D 24 7.3 m
Q1) Slab system consist of one-way slab panels shown in Fig. (1), subjected to the superimposed dead load 2.8kN/m2 (excluding self-weight) and live load as listed below assume normal concrete. The slab supported by beams with bw= 300 mm and h=650 mm and the beam supported by columns with dimensions (300 x 300 mm). f'e =28 MPa, and fy= 420 MPa 3.3m 3.3 m 3.3 m 1- Design slab S1 and S2. (use o12 mm) 2- Design Beam (B2) for bending. where the beam carries a brick wall 3 m height and 250 mm width (y brick 16 kN/m³) B1 B2 B2 B1 Note: consider live load as: S1 S2 S1 1- Live Load = 0.22 x (n) +6 Where: (n) is Student number 2- Consider the Design moments for beam B2 as: Wyl2 and at Mid span +M 12 Wul2 (use 625 mm) At support = -M = Fig (1). %3D 24 7.3 m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Q1) Slab system consist of one-way slab panels shown in Fig. (1), subjected to the superimposed dead load
2.8kN/m2 (excluding self-weight) and live load as listed below assume normal concrete. The slab supported by
beams with bw= 300 mm and h-650 mm and the beam supported by columns with dimensions (300 x 300 mm).
f'c =28 MPa, and fy= 420 MPa
3.3m
3.3 m
3.3 m
1- Design slab S1 and S2. (use p12 mm)
2- Design Beam (B2) for bending. where the beam
carries a brick wall 3 m height and 250 mm width
(y brick = 16 kN /m³)
B1
B2
|B2
B1
Note: consider live load as:
S1
S2
S1
1- Live Load = 0.22 × (n) +6
Where: (n) is Student number
2- Consider the Design moments for beam B2 as:
Wul?
(use 425 mm)
Wul?
At support = -M =
and at Mid span +M
12
Fig (1).
%3D
24
7.3 m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F20ff780f-fb38-4ab5-b562-9afc1a397dea%2F1f8f825a-5a19-47a7-83dd-421463360161%2Fqer4h2_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q1) Slab system consist of one-way slab panels shown in Fig. (1), subjected to the superimposed dead load
2.8kN/m2 (excluding self-weight) and live load as listed below assume normal concrete. The slab supported by
beams with bw= 300 mm and h-650 mm and the beam supported by columns with dimensions (300 x 300 mm).
f'c =28 MPa, and fy= 420 MPa
3.3m
3.3 m
3.3 m
1- Design slab S1 and S2. (use p12 mm)
2- Design Beam (B2) for bending. where the beam
carries a brick wall 3 m height and 250 mm width
(y brick = 16 kN /m³)
B1
B2
|B2
B1
Note: consider live load as:
S1
S2
S1
1- Live Load = 0.22 × (n) +6
Where: (n) is Student number
2- Consider the Design moments for beam B2 as:
Wul?
(use 425 mm)
Wul?
At support = -M =
and at Mid span +M
12
Fig (1).
%3D
24
7.3 m
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