Eng-Civil-Third Year

  1. Theory of Structures I (THIRD YEAR - FIRST SEMASTER )
  • Introduction
  • Stability and Determinancy of Structures
  • Types of Trusses
  • Analysis of Trusses
  • Axial Force
  • Shear
  • and Bending Moment Diagrams for Frames and Arches
  • Analysis of Arches
  • Influence Lines in Statically Determinate Structures.
  1. Soil Mechanics I (THIRD YEAR - FIRST SEMASTER )
  • Description and Classification
  • Soil Compaction
  • Stress Distribution
  • Principal and effective Stresses
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  1. Reinforced Concrete I (THIRD YEAR - FIRST SEMASTER )
  • Properties of Concrete and Reinforcing Steel
  • Flexural Analysis and Design of Beams (Rectangular, T and L, Doubly Reinforced and General Shaped Sections)
  • Approximate Analysis of Continuous Beams
  • Shear and Diagonal Tension in Beams and Shear Design
  • Torsional Design of Beams
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  1. Water Resources Engineering I (THIRD YEAR - FIRST SEMASTER )
  • Introduction
  • Soil-Water Relation
  • Relation between Discharge
  • Depth
  • Time and Area
  • Irrigation Efficiencies
  • Hydraulic Design of Canal
  1. Engineering Analysis I (THIRD YEAR - FIRST SEMASTER )
  • Ordinary Differential Equations of the First Order
  • Ordinary Linear Differential Equations.
  1. Traffic Engineering I (THIRD YEAR - FIRST SEMASTER )
  • Vehicle Speed
  • Vehicle Headway Distributions
  • Traffic Volume
  • Fundamental Relationships between Speed-Flow and Density.
  1. Engineering Management and Engineering Economy I (THIRD YEAR - FIRST SEMASTER )
  • Introduction to Science of Economy
  • Economies for Organization
  • Costs
  • Incomes
  • Slope and Elasticity of Economical Function
  • Interest and Interest's Rules
  • Depreciation, Alternatives, Economical Studies, Using of Statistical Methods in Engineering Economy.
  1. Computer Applications in Civil Engineering I (THIRD YEAR - FIRST SEMASTER )
  • Introduction
  • Analysis of 2D Frames
  • Analysis of 2D Trusses
  • Analysis of Space Frames
  • Analysis of Space Trusses.
  1. Numerical Methods I (THIRD YEAR - FIRST SEMASTER )
  • Approximations and Errors
  • Solution of Nonlinear Equations (Roots of Equations)
  • System of Linear equations
  • Curve Fitting (Interpolation and Least Squares Regression).
  1. Theory of Structures II (THIRD YEAR - SECOND SEMASTER )
  • Deflections of Statically Determinate Structures
  • Unit Load Method
  • Least Work Method
  • Conjugate-Beam Method
  • Deflections of Statically Indeterminate Structures
  • Approximate Analysis of Statically Indeterminate Structures
  • Consistence Deformation Method
  • Least Work Method
  • Moment Distribution Method
  • Slop Deflection Method
  • Stiffness Method.
  1. Soil Mechanics II (THIRD YEAR - SECOND SEMASTER )
  • Seepage Stress-Strain Relationship
  • Undrained Pore water Pressure
  • Consolidation and Settlement
  • Shear Strength and Stress-Strain Relationship for Drained and undrained Conditions.
  1. Reinforced Concrete II (THIRD YEAR - SECOND SEMASTER )
  • Anchorage
  • Length of Development
  • Splices
  • Serviceability (Crack-Width and Deflection)
  • One-Way Slabs
  • Two-Way Slabs
  • Columns (Short and long Columns).
  1. Water Resources Engineering II (THIRD YEAR - SECOND SEMASTER )
  • Method of Irrigation
  • Salinity Problem
  • Flow of Water into and through the Soil
  • Drainage (Define, Benefits, etc)
  • dynamic of Groundwater
  • Depth and Spacing of Drains
  • Hydraulic Design of Pipe Drains
  • Drainage Wells.
  1. Engineering Analysis II (THIRD YEAR - SECOND SEMASTER )
  • System of Differential Equations
  • Fourier Series and Integral
  • Partial Differential equations.
  1. Traffic Engineering II (THIRD YEAR - SECOND SEMASTER )
  • Capacity and Level of Service of Two-Line Highways
  • Intersections Design
  • Intersection Control
  • Car Parking
  • Road User Safely.
  1. Engineering Management and Engineering Economy II (THIRD YEAR - SECOND SEMASTER )
  • Definition
  • Management Duties during Construction of Project
  • Requirements of Successful Project Planning
  • Project Planning Methods (Bar-Chart, Net-Work Analysis and Grid Methods) Crash Program Updating the Plan
  • Resources Allocation.
  1. Computer Applications in Civil Engineering II (THIRD YEAR - SECOND SEMASTER )
  • Design of R.C. Frames (According to ACI Code)
  • Design of Steel Frames (According to AISC)
  • Analysis & Design of Structures subjected to Lateral & Environmental Loadings (Wind & Earthquake Loadings).
  1. Numerical Methods II (THIRD YEAR - SECOND SEMASTER )
  • Numerical Integration
  • Numerical Solution of Ordinary Differential Equations
  • The Finite-Difference Method for Boundary-Value Problems
  • Numerical Solution of Partial Differential Equations.