Design of Reinforced
Concrete Structures I
Assignment # 3
C1
German University in Cairo
Faculty of Engineering and Materials Science
Civil Engineering Department
Spring 2013
(fourth floor)
The concrete dimension would be 250 mm * 800 mm
with 14 12 steel b
German University in Cairo
Faculty of Engineering and Material Science
Civil Engineering Department
Spring 2012
CIS 403: Reinforced Concrete I
Assignment # 1
Drawing of Structural Plan
For the given single story architectural plan, it is required to draw
German University in Cairo
Faculty of Engineering and Material Science
Civil Engineering Department
Spring 2012
CIS 403: Reinforced Concrete I
Assignment # 2
Drawing of Structural Plan
Due Date: 03/14/2012
For the given single-storey architectural plan, i
German University in Cairo
Faculty of Engineering and Material Science
Civil Engineering Department
Spring 2012
CIS 403: Reinforced Concrete I
Assignment # 3
Load Distribution
Due Date: 03/21/2012
Make the load distribution for the given beams and girder
Structural Design of RC Beams
Structural design is an iterative process of applying engineering mechanics
and past experience to create a functional, economic, and, most
importantly, safe structure for the public to inhabit or to use. [wikipidia.com]
Aim
German University in Cairo
Faculty of Engineering and Material Science
Civil Engineering Department
Spring 2012
CIS 403: Reinforced Concrete I
Assignment # 4
Load Distribution
Due Date: 03/28/2012
Make the load distribution for the slabs (slab thickness t
German University in Cairo
Faculty of Engineering and Material Science
Civil Engineering Department
Spring 2012
CIS 403: Reinforced Concrete I
Assignment # 5
Load Distribution
Due Date: 04/11/2012
A frame structure with the following parameters is given:
German University in Cairo
Faculty of Engineering and Material Science
Civil Engineering Department
Spring 2012
CIS 403: Reinforced Concrete I
Assignment # 6
Behavior of reinforced concrete beams
Due Date: 05/02/2012
Calculate the Cracking Moment (Mcr) an
German University in Cairo
Faculty of Engineering and Material Science
Civil Engineering Department
Spring 2012
CIS 403: Reinforced Concrete I
Assignment # 7
Behavior of reinforced concrete beams
Due Date: 05/16/2012
Calculate the Failure (Ultimate) Momen
Loads Acting on Beams
1- Beam self weight
2- Wall load (walls above the beam)
3- Part of slab carried by the beam
1- Beam self weight (own weight)
The self weight is calculated for unit beam
length (kN/m)
Design of Reinforced Concrete Structures (1) CIS40
German University in Cairo
Faculty of Engineering and Materials Science
Civil Engineering Department
Spring 2013
Design of Reinforced
Concrete Structures I
Assignment # 3
C1
(Ground Floor)
Pult. = 248*1.1*1.5*9=3683 kN
0.8 *Ac
100
assume U=0.8%
choose 250
Design of Reinforced
Concrete Structures I
Assignment # 3
C2
German University in Cairo
Faculty of Engineering and Materials Science
Civil Engineering Department
Spring 2013
(fourth Floor)
250 mm
The concrete dimension would be 250 mm * 250 mm
with 6 12 s
Design of Reinforced
Concrete Structures I
Assignment # 3
C2
German University in Cairo
Faculty of Engineering and Materials Science
Civil Engineering Department
Spring 2013
(Ground Floor)
Pult. = 74*1.1*1.5*9=1099 kN
1099,000=(0.35*25*Ac)+(0.67*400*0.01A
German University in Cairo
Faculty of Engineering and Materials Science
Civil Engineering Department
Spring 2013
C3
(fourth Floor)
The concrete dimension would be 250 mm * 250 mm
with 4 26 steel bars
250 mm
5 8 /m'
250 mm
C3
(Eighth Floor)
The concrete di
German University in Cairo
Faculty of Engineering and Materials Science
Civil Engineering Department
Spring 2013
Design of Reinforced
Concrete Structures I
Assignment # 3
C3
(Ground Floor)
Pult. = 105*1.1*1.5*9=1559 kN
1559,000=(0.35*25*Ac)+(0.67*400* 6 A
Behaviour of RC Beams
Stage 1
Stage 2
Stage 3
The behaviour of RC beams depends on the used
material properties
Design of Reinforced Concrete Structures (1) CIS403 - Lecture (5)
1
Behaviour of RC Beams
Mechanical properties of concrete:
fcu
Design of Rein
Calculate of Failure Moment
Stage 1
Stage 2
Stage 3
The behaviour of RC beams depends on the used
material properties
Design of Reinforced Concrete Structures (1) CIS403 - Lecture (6)
1
Calculate of Failure Moment
Failure (Ultimate) Moment Mult:
Design of
Loads Acting on Beams
Design of Reinforced Concrete Structures (1) CIS403 - Lecture (4)
1
Loads Acting on Beams
Special Case
Design of Reinforced Concrete Structures (1) CIS403 - Lecture (4)
2
Loads Acting on Beams
Each Span is considered separately
Desig
German University in Cairo
Faculty of Engineering and Material Science
Civil Engineering Department
Spring 2012
CIS 403: Reinforced Concrete I
Assignment # 8
Design of reinforced concrete beams
Due Date: 05/31/2012
A beam with the below given structural s
German University in Cairo
Faculty of Engineering and Material Science
Civil Engineering Department
Spring 2012
CIS 403: Reinforced Concrete I
Tutorial # 3
Load Distribution
Dr. Khaled Mohamed Hilal
Tutorial # 3
German University in Cairo
Faculty of Engin
Architectural and Structural Drawings:
Design of Reinforced Concrete Structures (1) CIS403 - Tutorial (1)
1
Structural Drawings:
Structural Plan (Wall bearing type):
The walls are transferring the loads from
the slabs to the footings
Design of Reinforced
German University in Cairo
Faculty of Engineering and Material Science
Civil Engineering Department
Spring 2012
CIS 403: Reinforced Concrete I
Tutorial # 5
Load Distribution
Dr. Khaled Mohamed Hilal
Tutorial # 5
German University in Cairo
Faculty of Engin
Behaviour of RC Beams
Stage 1
Stage 2
Stage 3
The behaviour of RC beams depends on the used
material properties
Design of Reinforced Concrete Structures (1) CIS403 - Lecture (5)
1
Behaviour of RC Beams
Working (Service) Moment Mw:
Working Stage
Cracking S
German University in Cairo
Faculty of Engineering and Material Science
Civil Engineering Department
Spring 2012
CIS 403: Reinforced Concrete I
Tutorial #7
Ultimate Moment
Dr. Khaled Mohamed Hilal
Tutorial #7
German University in Cairo
Faculty of Engineeri