Yearly Archives: 2016

Course Description   DESCRIPTION OF UNDERGRADUATE COURSES FOR CIVIL ENGINEERING DEPARTMENT CE 322-SOIL MECHANICS II: Analysis and classification of soils, Clay minerals, Stress and strain behavior and relationship, stresses within a soil mass, Effective stress concept, Permeability and seepage, Compressibility and consolidation of soil, Shear strength of soil, Lateral earth pressure, Slope stability, Bearing capacity and settlement of foundations, The improvement of soil.

Course Description   DESCRIPTION OF UNDERGRADUATE COURSES FOR CIVIL ENGINEERING DEPARTMENT CE 328-HYDRAULICS II:Open channels, types, conditions, and systems flow in open channels, geometric elements of open channels, velocity distribution in the section of the channel, velocity measurement in open channels, Factors of velocity distribution, pressure distribution in the channels, the effect of slope channel in the distribution of pressure, the principles of energy and momentum in the open channels, specific energy channels in the variable section, and its applications, and critical flow equations, calculate the critical flow, flow measurement of flow using the principles of critical flow equations, Uniform and [...]

Course Description   DESCRIPTION OF UNDERGRADUATE COURSES FOR CIVIL ENGINEERING DEPARTMENT CE 326-REINFORCED CONCRETE II: Introduction, course outline, Serviceability Introduction, Cracking of Flexural Members, ACI Code Provisions for Crack Control, Deflection Control, ACI Code Provisions for Deflection Control, Design of One-way slabs Types of Slabs, Design of One-Way Slabs, Modeling, Minimum Thickness, Reinforcement Ratio, Shrinkage and Temperature Reinforcement, Shear, Short columns, Introduction, Behavior of Short, Axially Loaded Compression Members, Lateral Ties and Spirals, Compression plus Bending of Rectangular Columns, Interaction Diagrams, Circular Columns, ACI Code Provisions for Column Design, Distributed Reinforcement, Unsymmetrical Reinforcement, Design Aids, Biaxial Bending, Reciprocal Load Method, Slender columns, Introduction, Braced [...]

Course Description   DESCRIPTION OF UNDERGRADUATE COURSES FOR CIVIL ENGINEERING DEPARTMENT CE 320-STRUCTURAL ANALYSIS II: Deflection of beams and frames by: Unit load method, Moment area method, Deflection of trusses, Deflection of composite structures, Analysis of indeterminate Beams.(force method), Analysis of indeterminate Frames (force method), Analysis of indeterminate Trusses, Analysis of indeterminate Beams (slope deflection method), Analysis of indeterminate Frames (Slope deflection method), Analysis of indeterminate Beams (Moment distribution method), Analysis of indeterminate Frames (Moment distribution method), Introduction to stiffness method.

Course Description   DESCRIPTION OF UNDERGRADUATE COURSES FOR CIVIL ENGINEERING DEPARTMENT CE 313-REINFORCED CONCRETE I :Introduction, course outline, Loads, Serviceability and Safety of Structures, Design Basis, Design codes and specifications, Safety Provisions of the ACI Code, Fundamental Assumptions of RC Behavior, Properties of Concrete in Compression, Properties of Concrete in Tension, Reinforcing Steel for Concrete, Grades and Strengths, Stress-strain Curves, Flexural Analysis and Design of Reinforced Concrete Beams, Fundamental Assumptions, RC Beam Behavior, Analysis of Stresses and Strength in the Different Stages, Design of Tension- Reinforced Rectangular Beams, Rectangular Beams with Tension and Compression Reinforcement, Design Aids, Practical Considerations, T Beams. Analysis and Design Examples, Shear and diagonal tension, Introduction, Beams with Vertical [...]

Course Description   DESCRIPTION OF UNDERGRADUATE COURSES FOR CIVIL ENGINEERING DEPARTMENT CE 319-ENGINEERING ECONOMY : Engineering Economy, General introduction and Background, objectives, references, The Economic Environment and Cost Concepts, Cost – Volume Relationships, Law of Supply and Demand, Introduction to Selection in Present Economy, Total Cost in Material Selection, Economy of location, Alternative Machine Speed, Materials with Limit Supply, Proficiency, Economy Selection of Beams, Production, Money-Time Relation, Simple and Compound Interest, Finding F when Given P, Finding P when Given F, Finding F when Given A, Finding A when Given F, Finding A when Given P, Summary. Deferred Annuities, Beginning of Period CF, Middle of Period, Gradient F/G, A/G, Changing Interest Rates, Basic Methods for making Economy [...]

Course Description   DESCRIPTION OF UNDERGRADUATE COURSES FOR CIVIL ENGINEERING DEPARTMENT CE 317-SOIL MECHANICS I: Analysis and classification of soils, Clay minerals, Stress and strain behavior and relationship, stresses within a soil mass, Effective stress concept, Permeability and seepage, Compressibility and consolidation of soil, Shear strength of soil, Lateral earth pressure, Slope stability, Bearing capacity and settlement of foundations, The improvement of soil.

Course Description   DESCRIPTION OF UNDERGRADUATE COURSES FOR CIVIL ENGINEERING DEPARTMENT CE 311-STRUCTURAL ANALYSIS I:Introduction, Stability of structures, Analysis of statically determinate frames (shear, moment and axial force diagrams), Compound trusses, Complex trusses, Influence lines for beams and frames, Influence lines for trusses, Maximum shear and moments due to a moving load, Cables and arches, Approximate analysis of statically determinate structures(frames and trusses).

Course Description   DESCRIPTION OF UNDERGRADUATE COURSES FOR CIVIL ENGINEERING DEPARTMENT CE / CE 218-ENGINEERING MATHEMATICS:Introduction, Functions of several variables, Limits and continuity in higher dimension, Partial derivatives , Three - dimensional Laplace equation, Two - dimensional Laplace equation, One –dimensional Wave equation, The chain Rule for function of two independent variables, Gradient vectors, Tangent planes, Total differential, High and low points on the surface

Course Description   DESCRIPTION OF UNDERGRADUATE COURSES FOR CIVIL ENGINEERING DEPARTMENT CE / CE 315-HYDRAULICS I: Flow in pipes basic principles, types of flow, basic equations, solving the problems of flow in the pipe using the equations and the outline of Stanton and method of trial and error, solving the problems of flow in the pipe using the direct solution method, pipe-related pumps and turbines, Flow through branched pipes, Flow through pipes in series and parallel, analysis and design of networks pipe using the Hardy Cross, Unsteady flow through pipes, Water hammer, Pumps: Types of pumps, the basic curves of pumps, pumps, respectively, and parallel systems, pumps and pipelines.