Design of 2-way slabs using Direct Design Method: (Definitions,Method limitations, ACI- Code Provisions, External Strips, Design Procedures, Special Cases Of D.D.M, Design of Beams , Slab Shear Investigations)
.Design of one-way ribbed slab (Joist Slab): (Definitions, Analysis, ACI-Code Provisions, Design).Design of two-way ribbed slab (Joist Slab): (Definitions, Analysis, ACI-Code Provisions, Design)
.Yield Line Theory: (Definitions, Plastic hinge in Beams, Yield Line Patterns for 1-way and 2-way slabs, Types of Slabs, Isotropically Reinforced Slabs, Orthotropically Reinforced Slabs)
.Prestress Reinforced Concrete Beams: (Introduction ,Systems for applying prestress, material used in prestress concrete, ACI-Code Allowable Stresses, Flexural Analysis, Initial Prestress Force
. Loss of prestress, Elastic Shortening and Creep of concrete, Shrinkage of Concrete, Steel relaxation, Anchorage Take-Up, ACI-Code Friction Losses investigation, Flexural Strength).
Design of Reinforced Concrete 2-way slabs using Equivalent Frame Method: (Definitions, Moment Distribution Method ,Kc, Kt, Distribution Factor D.F., Member Stiffness, Equivalent Columns, Torsional Members)
.2-way Slab Thickness: (Definitions, ACI-Code Provisions, Procedures of Thickness Determination)
.Design of Reinforced Concrete Deck Slab.Design of Reinforced Concrete Water Tanks: (Definitions, Analysis, Design)
Foundation Definition, Importance And Purpose
.Site Investigation:Definition, Purpose
. Subsurface Exploration Program.Soil Boring MethodsSoil Investigation, Bearing Capacity.Footings On Clayey Soil
. Footing On Sandy Soil.Footing On Non Homogeneous And Layered Soil
.Effect Of Water Table On Bearing Capacity of SoilFoundation settlement:Stresses in soil due to footing pressure, Immediate settlement calculation(homogeneous and layered soil)
.Immediate settlement for footing with eccentric load
.Secondary consolidation settlement.
Structural design of footing:
.Lateral earth pressure and derivations for the active and passive earth pressure case (Rankin theory):Lateral earth pressure for cohesive soil
.Lateral earth pressure for cohesion less soil
.Lateral earth pressure for layered soil
.Sheet pile design
.Retaining wall design
.Braced and unbraced excavations (theoretical and graphical methods)
.Slope stability:Ø=0 method.Frictional circle method(method of slices)
. Piles in foundation engineering.Types of piles, purpose
.The ultimate bearing capacity of single pile:Tomlinson method
. design of pile group
. Computer programs applications on foundation design
Properties of structural steel members stews strain relation , Elastic and plastic design method , Factor of safety
. Tension member , Stress and allowable loads , Net area, Design of tension member
.Compression member:Introduction to compression member
. -AISC equation
.-Design of compression members under axial loads
.Design of columns base plate under normal loads
.Design of column base plate under bending and normal loads
.Design of beams:Strength of unstaffed beams , Design of unstiffened beams
. Truss design
.design of gust plate
. design of joining and support members.design of bolt and well connection.
Design of composite beams.Design of deep beams.Design of girders
.Plastic analysis and design
.Principle of plastic analysis , types of failure , design of beams according to AISC, plastic analysis of steel frames.
Introduction and planning in Traffic engineering.Volume studies
.Speed studies. Delays survey procedure factors affecting delay
.Capacity and level of service
.Capacity analysis basic freeway section.Capacity analysis of weaving section.
Intersection ,types of Intersection.Principle of Intersection design
.Signalization Intersection , single design
.Traffic signs and marking.way safety ; safety and accidents, causes reporting and measures
.Parking; surveys , types, control , design
General concepts , water consumption.Population
.Fire , demands
.Types of pipes 0
.Water distribution system
.Network analysis using Hardy-cross and computer soft wares.Pumps : types and pump power calculations theory and design of sedimentation tanks in treatment plant.Filtration : types of filters
.Design of rapid sand filter and back wash.Disinfection.
Sewage treatment plant , screens , grit removal.Design of primary and secondary sedimentation tanks
.Biological treatment of sewage byUsing activates sludge, Biological treatment of sewage byUsing trickling filters
.Concept of environmental pollution, Organic load and bio-oxygen demand
.River sanitation , oxygen sag curve.Concept of solid wastes management
.Air pollution : introduction , type of air pollutant and methods of air pollution control.
Introduction Engineering Evaluation.Time value of money.Equipment economics
.Methods for comparing alternatives
.Single payment and annual series payments
.Operating costs.Replacement decisions.Buy, rent and leas
.Geotechnical material, compaction and stabilization
.Engineering fundamentals of moving equipment
. Rolling and grading resistance
. Performance charts
. Productivity and description of equipment: Dozers, Scrapers, Hydraulic excavators, Cranes, Trucks and Wagons, Compactors and compactions
. Construction specifications and details.
Introduction and Definition
.Type of estimations
.Bill of quantities
.The preparation of quantities and prices
.Site and location conditions
. Calculationof Construction Materials
.Types of Estimation.Account the Quantities of the construction items
.Quantities of earthworks (filling ,excavation)
.Masonry work.Finishing work
.Special structures; water tanks, culverts, and other structures
. Engineering specifications for civil works
Introduction, Soil and water relationship.Soil moisture constants
.Measurement of soil moisture.Infiltration
.Water requirement and consumptive use
.Water duty and irrigation scheduling.Irrigation efficiencies
.Design of irrigation channel (lined and unlined).
Method of surface irrigationDesign of sprinkler systems
.Design of trickle systems
.Drainage : definition and concepts
.Flow of water in saturated soil (Darcy low)
.Drainage field investigation and drainage layout
.Type of drainsDrain spacing and drain channel design.
This course introduces the ethical and professional responsibilities and develops engineering skills
. The Engineer and engineering disciplines,Engineering Ethics Problem Solving, Introduction to engineering design,Engineering Communications
Literature search skills
Topics will vary in accordance with the specific project assigned.
work-Analytical, design, experimental, or field workcarried out in accordance with a preapproved project plan under the supervision offaculty member(s).