University of Babylon
College of Engineering
Department of Civil Engineering
The Structural Analysis
Lecturer: Dr. Hyder M. Kadhim Kthair Al-Mutairee
أتقدم بخالص الشكر للزمالء اللذين ساهموا بالطباعة
1103/19/10 انطثعح انثانثح
, Babylon University/ Civil Engineering/ Forth Stage/ Structural Analysis 2013-2014
Syllabus of the Structural Analysis
1- Analysis of Multi-story Buildings:
1-1- Introduction. (2 hours)
1-2- Analysis of slabs (one-way, two-way, cantilever or combination
between them), including computation of loads. (8 hours)
1-3- Loads transmission. (6 hours)
1-4- Division of building into frames. (6 hours)
1-5- Analysis of continuous beams. (4 hours)
1-7- Analysis of frames. (8 hours)
1-7- Analysis of foundation (isolated and combined). (6 hours)
2- Reinforced Concrete Water Tank (introduction). (2 hours)
2-1- Rectangular water tank. (6 hours)
2-2- Circular water tank. (6 hours)
3- Reinforced Concrete Bridge. (6 hours)
4- Applications on the computer program STAAD.Pro2006.
4-1-Geometry (beam, plate and surface). (10 hours)
4-2-General (property, specification, support, load and material). (10hours)
4-3-Analysis/Print (pre-print, analysis and post-print). (6 hours)
4-4-Design/Concrete (select parameters, define parameters. Comm.) (4hours)
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College of Engineering
Department of Civil Engineering
The Structural Analysis
Lecturer: Dr. Hyder M. Kadhim Kthair Al-Mutairee
أتقدم بخالص الشكر للزمالء اللذين ساهموا بالطباعة
1103/19/10 انطثعح انثانثح
, Babylon University/ Civil Engineering/ Forth Stage/ Structural Analysis 2013-2014
Syllabus of the Structural Analysis
1- Analysis of Multi-story Buildings:
1-1- Introduction. (2 hours)
1-2- Analysis of slabs (one-way, two-way, cantilever or combination
between them), including computation of loads. (8 hours)
1-3- Loads transmission. (6 hours)
1-4- Division of building into frames. (6 hours)
1-5- Analysis of continuous beams. (4 hours)
1-7- Analysis of frames. (8 hours)
1-7- Analysis of foundation (isolated and combined). (6 hours)
2- Reinforced Concrete Water Tank (introduction). (2 hours)
2-1- Rectangular water tank. (6 hours)
2-2- Circular water tank. (6 hours)
3- Reinforced Concrete Bridge. (6 hours)
4- Applications on the computer program STAAD.Pro2006.
4-1-Geometry (beam, plate and surface). (10 hours)
4-2-General (property, specification, support, load and material). (10hours)
4-3-Analysis/Print (pre-print, analysis and post-print). (6 hours)
4-4-Design/Concrete (select parameters, define parameters. Comm.) (4hours)
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