Asmaa Ali Ahmed
Civil Engineering Department
Assistant Professor
عنوان البريد الإلكتروني هذا محمي من روبوتات السبام. يجب عليك تفعيل الجافاسكربت لرؤيته.
Degree of Bachelor of Science in Building and Construction Engineering Department/ U.O.T with grade on 1999. Degree of Master of Science in Building and Construction Engineering Department/ Specialized in Structural Engineering/ U.O.T on 2001. Degree of Doctor of Philosophy in Building and Construction Engineering Department/ Specialized in Structural Engineering/ U.O.T on 2008.
Ph.D 2008 U.O.U.
M.Sc. 2001 U.O.T.
B.Sc. 1999 U.O.T.
Behaviour of columns with or without Strengthened by CFRP under axial compressive strength. Influence of flange width on the shear strength of RC T- beam Bond strength of tension bars in high-and-normal strength concrete beams. Evaluation of elastic deflections and bending moments for orthotropically reinforced concrete rectangular slabs supported on three edges only and subjected to triangular load
1- ‘‘Bond strength of tension bars in high-and-normal strength concrete beams’’, Engineering and Technology Journal, Vol. 24, No. 5, Iraq/ 2005, PP. 524-536.
2- ‘‘Influence of flange width on the shear strength of RC T-beam’’, Journal of the Iraqi society of Engineers serial 151, No. 3 Iraq/2002, PP. 28-39.
3- ‘‘Design charts for channel shaped reinforced concrete short columns subjected to axial compressive load and uniaxial bending’’, Engineering and Technology Journal, Vol. 27, No. 4 , Iraq/ 2009, PP. 809-819.
4- ‘‘Evaluation of elastic deflections and bending moment for orthotropically reinforced concrete rectangular slabs supported on three edges only’’, Engineering and Technology Journal, Vol. 27, No. 7, Iraq/2009, PP. 1247- 1259.
5- ‘‘Evaluation of elastic deflections and bending moments for orthotropically reinforced concrete rectangular slabs supported on three edges only and subjected to triangular load’’, Diyala Journal of Engineering Sciences, Vol. 02, No. 02, December Iraq/2009, PP. 15-29.
Engineering Mechanics
Mathematics I , II
Mechanics of Materials
Structural Design I, II
Plasticity
Variation