Airport Engineering

Syllabus:

١) Introduction ( General ,Transportation systems, Typical air trip, The air age,World civil air transport, General aviation, Air ports).

٢) Airport Classification (Community size and airport types, Airportclassification according to types of services, Functional classification of airports,airport classification for the purpose of stipulating geometric standards ).

٣) Aircraft Characterizes (Related to airport design characterizes of principletransport aircrafts , Gear configuration, Static weight on main gears and nose gear,Trends size, speed and productivity of transport aircraft, Turning Radii ).

٤) Airport Planning (Size and type of airport, Selection of site for the airport,Analytical methods for air travel demand for casting).

٥) Geometric design (Element of an airport, runway and taxi way width, Runwayprofile and runway length, Runway orientation).

٦) Airport capacity (Ultimate and Practical runway capacity, Runwayarrangement factors effecting runway capacity, Practical annual capacity andpractical hourly capacity).

٧) Airport Drainage System.

٨) Airfield Pavements (Highway and airfield Pavements compared, Design ofrigid airport pavements, Methods of rigid airport pavement, Junction of flexibleand rigid pavements, Application, Design of Flexible airport pavement).

٩) Airport Marking and lighting (The need for marking and lighting , Runwaymarking , Runway designation marking , Runway center marking , Thresholdmarking, Fixed distance marking , Touchdown zone marking , Runway side stripsmarking).

Concrete / ٣rd Classweek Topics Covered١ Introduction

٢ Elastic Stresses: Cracked & Uncracked Section

٣ Singly Reinforced Section

٤ Over Reinforced Section

٥ Analysis Examples

٦ Design Examples

١٣ Doubly Reinforced Sec. / Analysis & Design Examples

٨ T-Section Beams / Analysis Examples

٩ T-Section Beams / Design Examples

١٠ Shear Reinforcement / Analysis Examples

١١ Shear Reinforcement / Design Examples

١٢ One – Way Slabs / Analysis Examples

١٣ One – Way Slabs / Design Examples

١٤ Columns / Analysis Examples

١٥ Columns / Design Examples

Text Book/ "Design of reinforced concrete", Jack C. McCormac & JamesK. Nelson, ٧th edition, ٢٠٠٥.

References/(١) "Design of concrete structures", Artheur H. Nilson, David drawn

& Charles W. Dolan. Thirteen edition ٢٠٠٦.(٢) "Design of reinforced concrete structures", Ammer M. Ibrahim,

Mohammed Sh. Mahmood and Qussay W. Ahmed, ٢٠٠٩

week Topics Covered

١ Introduction, definition

٣-٢ Classification or Types of Drainage system١. Bridge waterway openings.٢. Highway Culverts.٣. Municipal Storm Drainage.٤. Airport Drainage.٥. Roadway Surface Drainage.٦. Ditches and Cut-slope Drainage.٧. Subsurface Drainage .٨. Channel Relocations.٩. Erosion Protection.

٧-٤ Hydrologic Analysis١. Rainfall.٢. Runoff.٣. Use of Stream Flow Records.٤. Observation of Existing Structures.٥. Analysis of Channel.٦. Rainfall-Runoff Method.٧. Peak Rate of Runoff Curves.٨. Talbots Formulas.٩. Time of Concentration and Inlet Time.١٠. Design frequency.١١. Runoff Coefficients.

٩-٨ Hydraulic Design Principles١. Flow in Open Channel.٢. Flow in Closed Channel.٣. Erosion and Silting.

١٤-١٠ Design of Drainage Facilities١. Ditches.٢. Depressed Median Drains٣. Channel Changes and Relocation.٤. Storm Sewers.٥. Cutters٦. Storm water Inlets.٧. Flumes.٨. Culverts.

١٥ Subsurface Drainage

Reference

Dawson A. “Water in Road Structure, Movement, Drainage and Effects”, ٢٠٠٨ , Springer.

Garber N. and Hoel L. “Traffic & Highway Engineering “ ٣rd edition , ٢٠٠٢.

University: Al-Mustansiriya College: EngineeringDepartment: Highway and Transprtation Stage: SecondLecturer name: Dr.abdulhaq Hadi Academic Status: Assist ProfQualification: PHD Place of work:Baghdad

Drainage for Highway and Airport

Construction Management

Subject name

١. Introduction, Planning TechniquesAnd Management For All CivilEngineering Projects With SpecialHighlight For Techniques FeasibleTo Highway And TransportationProjects .

٢. Bar Chart, AOA, AON, and Line ofBalance, Linear Programming,Assignment, and TransportationProblem.

٣. Software Applications By(Primavera And MS Project).

Highway engineeringeconomySubject name

١. Economy Studies, Interests AndMoney Time Relationship, Cash

Flow, Supply, Demand, PriceRelationship, Methods of

Depreciation, Basic Methods ForMaking Economy Studies,

Selection among Alternatives.

University: Al-Mustansiriya College: EngineeringDepartment: Highway and Transprtation Stage: ThirdLecturer name: Dr.Shaymaa Abdul Muttalib Academic: TeacherQualification: PHD Place of work: Baghdad

Hydrology

Course weekly Outlineweek Topics Covered١ Definition of Hydrology٢ Hydrologic Cycle٣ Precipitation٤ Missing Data – Double Mass Curve Analysis٥ Average Annual Precipitation over Area٦ Rainfall Information 's

- Depth-Area-Duration Relationship- Intensity-Duration-Frequency Relationship

٧ Evaporation٨ Infiltration (Modeling Infiltration Capacity)٩ Stream Flow

- Measurements of Flow- Measurement of Stage- Rating Curve

١٠ Runoff Volume١١ Rational Equation١٢ Hydrograph

- Component of Hydrograph- Unit Hydrograph Derivation- Base Flow Separation

١٣ Flood Frequency Studies- Gumbel 's Method- Log Person Type III Distribution

١٤ Flood Routing١٥ Design of Drainage (Box Culvert)

Text Book: Engineering Hydrology, K. Subramanya, ٢٠٠٨

Numerical Analysis (١) / ٣rd ClassTopics CoveredWeek

Ordinary Differential Equation of First Order١Applications٢Applications٣Second Order Differential Equation with Constant Coefficient٤Applications٥Applications٦Simultaneous Linear Differential Equation٧Applications٨Applications٩Fourier series١٠Fourier series١١Partial Differential Equations (One Dimension Heat Flow)١٢Wave Equation١٣Two Dimension Laplace Equation١٤Applications١٥

Text Book/ "Advanced Engineering Mathematics" by C. R.Wylie, ٣rd editionReference/ AL-Khafaji, A. W. & Tooley j., "Numerical Method in

Engineering"

Numerical Analysis (٢) / ٣rd ClassTopics CoveredWeek

Numerical Method (Direct Method, Cramer's Method)١Gauission Elimination٢Iteration Method٣Characteristic Value Problem٤Interpolation٥Numerical Integration٦Finite Difference٧Numerical Solution for Differential Equations by Finite DifferenceMethod

٨

Numerical Solution for Second Order٩Applications١٠Numerical Solution for higher order١١Solution of Characteristic value١٢Applications١٣Numerical Solution of Partial Differential Equation١٤Laplace Equation١٥

Text Book/ "Advanced Engineering Mathematics" by C. R.Wylie, ٣rd editionReference/ AL-Khafaji, A. W. & Tooley j., "Numerical Method in

Engineering"

Pavement Analysis – HTE ٣٠٣

Historical review of highway pavements; Pavement types: Flexible Rigid and Compositepavements; Design factors: wheel loads, environment, materials, failure criteria, reliability.

Pavement performance and serviceability; Surface friction; Hydroplaning; Pavement distresses. Characterization of roadbed soils; Pavement materials. Traffic data analysis; Equivalent axle loads. Stresses and deflections in flexible pavements; Layered theory; Dynamic loads and resilient

modulus; Viscoelastic solutions. Stresses and deflections in rigid pavements; Design of joints, dowel bars and reinforcing steel.

Pavement Design – HTE ٣١٤

One layer System-Boussinesq theory Two layer system –Burmister theory for pavement Design. Design of Flexible Pavement AASHTO Method Hveem Method Asphalt Institute Method Mechanistic-Empirical Method Road Note ٣١ Design Methods Design of Rigid Pavement AASHTO Method PCA Method Mechanistic – Empirical Method

Textbooks: Yang H. Huang, “Pavement Analysis and Design”, ٢nd Edition, Pearson Education, Inc., Pearson

Prentice Hall Company, ٢٠٠٤. Traffic and Highway Engineering – by: N.J. Garber and L.A. Hoel, ٤th Edition, ٢٠١٠, USA ١٩٩٣ AASHTO Guide for Design of Pavement Structure. “Mechanistic-Empirical Pavement Design Guide”, A Manual of Practice, Interim Edition,

American Association of State Highway and Transportation Officials (AASHTO), July ٢٠٠٨.

Railway Engineering

Syllabus:

١) Introduction (General ,Transportation systems, Revenues & Cost, RailwayNetwork in Iraq).

٢) Railway track elements (Permanent way, RAILS, Types of rail sections ,Selection of rails, Length of rails, Tie Plates (Bearing Plates), BALLAST, Ballastsubgrade system, Ties (Sleepers), Timber or wooden sleepers, Metal sleepers,Concrete sleeper, Gauge in Railway Track)

٣) Stresses in Rails.

٤) Geometric design:١. (Gradient, Ruling gradient, Momentum gradient, Pusher or helper gradient,

Gradients at station yards, Grade Compensation on Curve).

٢. (Speed, degree of curve, superelevation, Limits of superelevation &cantdeficiency, Negative superelevation, Applications).

٥) Horizontal Alignment (Curves, type of transition curves, length of transitioncurves, Widening of gauge on curves, Shift, Applications).

٦) Vertical Alignment (type of vertical curves, length of vertical curves,Applications).

week Topics Covered١ Introduction, definition

٢ Weight-Volume Relationship, Physical relationship

٤-٣ Texture of Soil Particles, Description of an individual Soil Particle, Soil Formation

٦-٥ Grain Size Distribution, Sieve Analysis, Hydrometer

٧ Plasticity Chart,Atterberg Limits, Liquidity index

٨ Soil description and classification

٩ Unified Soil Classification System

١٠ Compaction Characteristics of Soil

١٠-١١

One Dimensional Fluid Flow ,Permeability and seepage

١١-١٣

Two Dimensional Fluid Flow, Flow through Embankments and Dams

١٤-١٥

Stress in Soil

ReferenceSoil Mechanics by R.F.CraigSoil Mechanics by T.W.Lambe &R.V.WhitmanIntroduction to Geotechnical Engineering By Braja M.Das

University: Al-Mustansiriya College: EngineeringDepartment: Highway and Transprtation Stage: Third Year

Soil Mechanics I

week Topics Covered١ Concept of effective stress

٢ Effective Stress

٣ Stress – Strain Relationship

٩-٤ Consolidation Theory for normally and over consolidated Soil

١٠ The Mohr Coloumb Failure Criterion ,

١١ Shear Strength Tests, Shear Strength of Sand and Clay

١٢ Drained and undrained condition and stress-strain relation for drained and undrainedsoils.

١٣ Evaluate of undrained or Shear Strength and angle of friction due to total andeffective stress

١٤ Pore water Parameters(A & B),P-q Diagram, Soil Stiffness for Soil

١٥ Pore water pressure due to undrained and drained loading

ReferenceSoil Mechanics by R.F.CraigSoil Mechanics by T.W.Lambe &R.V.WhitmanIntroduction to Geotechnical Engineering By Braja M.Das

University: Al-Mustansiriya College: EngineeringDepartment: Highway and Transprtation Stage: Third Year

Soil Mechanics II

week Topics Covered١ Introduction (Report writing)

٢ Water Content

٣ Specific Gravity

٤ Sieve Analysis

٥ Hydrometer

٦ Liquid and Plastic Limit

٧ Shrinkage Limit and Linear Shrinkage

٨ Soil Classification Specifications

٩ Standard Compaction Proctor test I

١٠ Standard Compaction Proctor test II

١١ Modified Compaction Proctor test I

١٢ Modified Compaction Proctor test II

١٣ Field Density(Core Method)

١٤ Field Density (Sand Replacement Method)

١٥ Report Discussion

ReferenceASTM -٢٠٠٧AASHTO -٢٠١٠Soil Testing For Engineers by T W Lambe

فحوص التریة للمهندسین كتاب مترجم د سعد فرحان ابراهیم واخرین

Soil Testing Part I,II,IIII by Head

University: Al-Mustansiriya College: EngineeringDepartment: Highway and Transprtation Stage: Third Year

Soil Mechanics Lab I

week Topics Covered١ General Review

٢ Laboratory Constant Permeability Test

٣ Laboratory Variable Permeability Test

٤ Consolidation Test Review

٥ Consolidation Test Literature

٦ Consolidation Test I

٧ Consolidation Test II

٨ Trixial Test (General Review)

٩ Unconfined Compression Test

١٠ Undrained unconsolidated Trixial Test

١١ Undrained consolidated Trixial Test

١٢ drained consolidated Trixial Test

١٣ Reports of Consolidation test Review

١٤ Reports of Trixial Test Review

١٥ Reports Discussion

ReferenceASTM -٢٠٠٧AASHTO -٢٠١٠Soil Testing For Engineers by T W Lambe

فحوص التریة للمهندسین كتاب مترجم د سعد فرحان ابراهیم واخرین

Soil Testing Part I,II,IIII by Head

University: Al-Mustansiriya College: EngineeringDepartment: Highway and Transprtation Stage: Third Year

Soil Mechanics Lab II

Structure / ٣rd ClassTopics CoveredWeek

Stability and Determinacy١Axial Force, Shear Force and Bending Moment Diagram for beams٢Axial Force, Shear Force and Bending Moment Diagram for Frames٣Analysis of Trusses٤Influence Lines for Simple Beams٥Influence Lines for Continuous Beams٦Influence Lines for Main Girder٧Moving Loads٨Deformation using Virtual Work for Beams٩Deformation Using Virtual Work for Frames١٠Consistent Deformation for Beams and Frames١١Slope – Deflection Method for Beams١٢Slope – Deflection Method for Frames١٣Moment Distribution Method for Beams١٤Moment Distribution Method for Frames١٥

Text Books/(١) "Structural analysis", by Hibbeler, R. C.(٢) Fundamental of structural analysis", by S. K. Wang.

Suggested course in year ٣: Remote Sensing for Engineering Applications

Main reference (textbook): Introduction to Remote Sensing, by James B. Campbell

For advanced research: Remote Sensing and Image Interpretation, by Thomas M. Lillesand,Ralph W. Kiefer, and Jonathan W. Chipman.

Syllabus elements of the suggested course will be as stated below:

Week no. Subject

Part I: Foundation

١ History and scope of remote sensing

٢ Electromagnetic radiation

Part II: Image Acquisition

٣ Photographic sensors

٤ Digital data

٥Image interpretation (focusing on image interpretation keys and strategies inHighway Applications)

٦Land observation satellites (highlighting those normally been used for civilengineering applications)

٧ Active microwave and LIDAR

٨ Thermal radiation

٩ Image resolution

Part III: Analysis

١٠ Preprocessing

١١ Image classification

١٢ Field data

١٣ Accuracy assessment

Part IV: remote sensing applications

١٤ Soil and landscape mapping

١٥ Drainage basin hydrology

١٦ Significance of land use and land cover information

١٧ Direct multispectral observation of rocks and minerals

The above work submitted by: Dr. Dleen Al-shrafany

٣th stage-

Syllabus of Sustainable highways

Subject No of weeksIntroduction to highway sustainability ١Sustainable highway design ١Design policies and criteria ٢Sustainable flexible pavements ١Sustainable concrete pavements ٢Green roads- characteristics and rating system ٢Highway sustainable construction ١Sustainable maintenance ١Sustainability indicators ١Sustainability evaluation process ٢Case studies in highway sustainability ١

١٥

الصف الثالث-مادة هندسة المرورالكورس االول

وعسب

المالحظاتیةلمالمادة العالمادة النظریةاال

١IntroductionTraffic Engineering٢Types of SpeedsSpace Headway٣Space Mean SpeedSpace Mean Speed٤Traffic volume

countsTime-Mean Speed

٥Traffic volumecountsIntersections

٦examExam٧Flow, Density,

SpeedIntersection Design

٨Flow, Density,Speed

Grade-SeparatedInt

٩Shockwave VelocityHCS Software١٠Parking StudyHCS Software١١Parking StudySignal Aspects١٢Spot Speed StudyExam١٣ExamSignal Intersections١٤Signalized

IntersectionsTypes of signals

١٥SignalizedIntersectionsPre-timed Signals

الصف الثالث-مادة هندسة المرورالكورس الثاني

وعسب

المالحظاتیةلمالمادة العالمادة النظریةاال

١CapacityFully ActuatedSignals

٢Level of ServiceOptimum cycle time٣ExamTraffic Signs٤Delay StudiesClassification of

signs٥Gap AcceptanceSign shapes٦Statistical

DistributionSign colures

٧StatisticalDistributionSign locations

٨ExamExam٩Queuing TheoryVolume Counts

١٠Queuing TheoryVolume Counts١١Non-uniform

AccelerationParking Counts

١٢IntelligentTransportationParking Counts

١٣IntelligentTransportation

RoadwayEnvironment

١٤Traffic ManagementRoadwayEnvironment

١٥Traffic ManagementExam