Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
4 th year Civil
Final Exam, Term# 1
September 2004
Reinforced Concrete CE
415
Time allowed = 3hours
Assume any data, not given, you may need.
Data Book is allowed in the examination
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
4 th Year Civil
Final Exam, First Term
Reinforced concrete
January 2004
Time: 3 hours
Assume any data, not given, you may need
Materials: Concrete fc = 25 MPa, N. W. C.
Steel st. 40/
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
4 th Year Civil
Final Exam, First Term
Reinforced concrete
January 2003
Time: 3 hours
Assume any data, not given, you may need
Materials: Concrete fcu = 200 kg/cm2
Steel st. 24/35, f
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
3 rd Year Civil
Final Exam, second Term
Reinforced concrete I CE314
June 2003
Time: 3 hours
Assume any data, not given, you may need
Data Book is allowed in the examination room
Data
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
5th Year Civil
Final Exam, 1st Term
Reinforced concrete CE 581
September 2003
Assume any data, not given, you may need.
Question I
(a) Figure 1 shows a reinforced concrete slab with
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
3 rd Year Civil
Final Exam, second Term
Reinforced concrete I CE314
June 2005
Time: 3 hours
Assume any data, not given, you may need
Data Book is allowed in the examination room
Data
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
3 rd Year Civil
Final Exam, Second Term
Reinforced Concrete I CE 314
September 2005
Time Allowed: 3 hrs
Assume any data, not given, you may need
Data Book is allowed in the examinati
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
4 th Year Civil
Terms Exam, Second Term
Reinforced concrete III
May 2005
Duration: 1 hour
Assume any data, not given, you may need
Materials: Concrete fc = 27.6 MPa, Steel fy = 400 M
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
4 th Year Civil
Final Exam, second Term
Reinforced concrete III CE416
September 2003
Time: 3 hours
Assume any data, not given, you may need
Data Book is allowed in the examination ro
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
January 2002
Time: 3 hours
Final Exam, 1st Term
MSc degree
In
Advanced R.C. Structures CE 639
Assume any data, not given, you may need.
Question I
a- Figure 1 shows a reinforced conc
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
5 th Year Civil
Final Exam, First Term
Reinforced concrete CE581
September 2004
Time: 1h : 30min.
Assume any data, not given, you may need
Question I
(a) Figure 1 shows a reinforced
Lebanese University
Faculty of Engineering
First Year
First Term, Terms Exam
Statics, 2001-2002
Time: 1h. 30min.
(I) Consider two torsers T1 and T2 each has a unique force. 1 is the central axis of
T1, (1 / yy axis and passes by point A(0,0,2). 2 is the c
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
3 rd Year Civil
Terms Exam, second Term
Reinforced concrete I CE314
May 2005
Time: 75 min.
Assume any data, not given, you may need
Materials: Concrete fc = 20 MPa, Ec = 20 x 103 MPa
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
3rd year Civil
Mid Term Exam,
Second Term, 2002
Reinforced Concrete
Time allowed = 1h. 20min.
Assume any data, not given, you may need.
Materials: Concrete fcu = 225 kg/cm2, Cracking
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
4th year Civil
Final Exam, Term 1
January 2000
Reinforced Concrete
Time allowed = 3 hours.
Assume any data, not given you may need.
Materials: Concrete
fcu = 225 kg/cm2
Steel St. 36/
3 rd Year Civil
Terms Exam, second Term
Reinforced concrete I
May 2004
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
Time: 1h: 20 min.
Assume any data, not given, you may need
Materials: Concrete fc = 25 MPa, Ec = 200 t/cm2
Stee
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
3 rd Year Civil
Terms Exam, second Term
Reinforced concrete I
May 2003
Time: 90 min.
Assume any data, not given, you may need
Materials: Concrete fc = 200 kg/cm2, Ec = 200 t/cm2
Stee
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
4th year Civil
Term # 1, 2000
Reinforced Concrete
Assume any data, not given, you may need.
No.1:
Design the beam AB shown in Figure 1. It is subjected to the following working loads
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
Master Degree
Final exam, Term #2
Advanced R. C. CE639
June 2004
Assume any data, not given, you may need
Time: 2h 30min
Question I
(a) Figure 1a shows a reinforced concrete slab wit
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
5 th Year Civil
Final Exam, First Term
Reinforced concrete CE581
January 2004
Time: 1h : 30min.
Assume any data, not given, you may need
Materials: Concrete fcu = 225 kg/cm2, Ec = 20
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
MSc degree
Final Exam, Second Term
Prestressed Concrete CE 613
June 2001
Time Allowed: 1 hr: 30 min
Assume any data, not given, you may need
A simply supported pre-tensioned 21.30m s
Assume any data, not given, you may need.
Question 3: 15% of Max. Mark (Use neat and clear sketches in your answers)
(a) When rigid footings are subjected to overturning moments M and axial loads P, the soil
pressure resultant does not coincide with the c
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
4 th year Civil
Final Exam, Term# 1
January 2002
Reinforced Concrete CE
415
Time allowed = 3hours
Assume any data, not given, you may need.
Data Book is allowed in the examination ro
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
4th year Civil
Mid-Term Exam,
Second Term 2000
Reinforced Concrete
Time allowed = 1h. 40min.
Assume any data, not given, you may need.
Materials: Concrete
fcu = 200 kg/cm2
Steel St.
Question 3: 20% of max. Mark ( Use drawings to support your answers )
(a) Describe the different types of shallow foundations, their use, the applicable soil
conditions and the factors which affect the foundation selection.
(10%)
(b) Combined footings are
Chapter Eleven
Shear Strength of Soil
The shear strength of a soil mass is the internal resistance per unit area that the soil
mass can offer to resist failure and sliding along any plane inside it.
MohrCoulomb Failure Criterion
Mohr (1900) presented a t
Chapter nine
Consolidation
9.1 Introduction:
When soil is loaded -> compression of soil layers will occur due to:
Deformation of soil particles
Relocation of soil particles
Expulsion of water or air from the voids
Resulting movement is called settlemen
4 th Year Civil
Final Exam, Term #2, 2004
Reinforced concrete III CE416
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
Time: 3 hours
Assume any data, not given, you may need
Data Book is allowed in the examination room
Question I
Beirut Arab University
Faculty of Engineering
Department of Civil Engineering
Student Information Sheet
Spring 2005
Course : Reinforced Concrete I CE 314
Instructor : Dr. Y.A. Daou
Lecture / Classroom: Monday 12-1:40 and Thursday 8-9:40
Office Hours: Wedn
Beirut Arab University
Faculty of Engineering
Dept. of Civil Engineering
4 th year
Terms Exam, Term #2
Reinforced concrete
2002- 2003
Time: 90 min
Assume any data, not given, you may need
Materials: Concrete fcu= 200 kg/cm2, Ec= 200x103 kg/cm2
Steel 24/35