• Transport Systems; Major Disciplines of Transportation
  02:10
• Other Important Disciplines to Transportation Community; Different Modes of Transportation with Comparison
  03:03
• History of Highway Engineering; Highway Planning in India
  03:26
• Various Committees and Plan after First World War
  03:20
• Economic Role of Transportation; Social Role of Transportation
  01:45
• Environment Role of Transportation; Political Role of Transportation
  01:46
• Human Factors; Vehicle Factors
  01:53
• Acceleration and Braking Performance; Road Factors
  01:30
• Principles of Highway Planning; Classification of Roads and their Patterns
  01:26
• Transport Modelling; Transport Demand and Supply
  02:56
• Survey Design; Household Data
  01:20
• Data Preparation; Other Surveys
  01:58
• Types of Trip; Factors Affecting Trip
  01:14
• Trip Matrix; Growth Factor Methods
  01:20
• Advantages and Limitations; Gravity Model
  01:20
• Mode Choice; Factors Affecting Mode Choice
  01:33
• Types of Modal Split Methods; Binary Logit Model; Mutlimonial Logit Model
  01:20
• User Equilibrium Assignment; System Optimum Assignment; Other Assignment Methods
  01:20
• Factors affecting Geometric Design; Classification of Roads: Nagpur Classification and Modern-Lucknow Classification
  03:49
• Criterion of Road Classification
  02:04
• Requirement of Ideal Alignment; Factors Controlling Alignment
  02:06
• Special Considerations for Hilly Areas
  02:05
• Pavement Surface Characterstics; Camber
  02:44
• Width of Carriage Way, Formation and Right of Way; Kerbs and Road Margins
  03:56
• Types of Sight Distance; Stopping Sight Distance
  02:22
• Overtaking Sight Distance; Overtaking Zones
  02:19
• Sight Distance at Intersection
  02:21
• Design Speed; Horizontal Curve
  02:27
• Analysis of Super Elevation
  02:09
• Guidelines of Super Elevation; Radius Of Horizontal Curve
  02:54
• Extra Widening
  01:55
• Horizontal Transition Curves; Set Back Distance
  02:11
• Curve Resistance
  01:09
• Gradient;Types of Gradient
  03:08
• Summit Curve; Types of Summit Curve
  01:46
• Valley Curve; Comfort Criteria
  02:06
• Safety Criteria
  01:57
• Requirement of Pavement; Types of Pavement: Flexible and Rigid
  02:16
• Failure Criterion
  01:45
• Traffic and Loading; Structural Models
  02:11
• Material Characterization; Environment Factors
  02:35
• Subgrade Soil and Desirable Properties; Types of Soil
  02:11
• Soil Ratio; CBR test and Plate Bearing Test
  02:27
• Desirable Properties; Test on Aggregates
  03:27
• Soundness Test; Specific Gravity and Water Absorption Test; Bitumen Adhesion Test
  03:22
• Production of Bitumen; Different Forms of Bitumen
  02:31
• Requirement of Bitumen; Tests on Bitumen
  03:57
• Objectives of Mix Design; Constituents of a Mix
  01:58
• Types of a Mix; Different Layers in a Pavement; Requirement of Bituminous Mix Design
  03:03
• Objective of Dry Mix Design; Selection of Aggregates
  01:33
• Aggregate Gradation; Proportioning of Aggregate
  01:52
• Marshall Mix Design; Specimen Preparation
  01:59
• Properties of the Mix; Determination of Marshal Stability and Flow; Determine Optimum Bitumen Content
  02:36
• Design Procedures; Equivelent Single Wheel Load
  02:28
• Equivalent Single Axle Load; Material Charcterisation
  02:48
• Scope; Design Criteria and Composition; Failure Criterion
  02:30
• Design Procedures; Design Traffic
  01:51
• Modulus of Subgrade Reaction; Relative Stiffness
  01:56
• Critical Load Position; Equivalent Radius of Resisting Section; Westgaard's Stress, Temperature Stress and Combination
  02:52
• Types of Joints: Expansion Joint and Contraction Joint
  03:06
• Dowel Bar; Bradbury's Analysis and Design Procedure
  02:20
• Traffic Stream Parameters; Speed
  01:55
• Flow; Density and Types of Volume Measurement; Derived Characterstics and Time-Space Diagrams
  02:57
• Time Mean Speed; Space Mean Speed
  01:20
• Relation between TMS and SMS; Speed-Density Curve, Flow-Density Curve; Speed-Flow Relation
  02:49
• Measurement at a Point; Measurement at a Short Section
  02:39
• Measurement over Long Distance; Moving Observer Method for Stream Measurement
  03:59
• Greenshield's Macroscopic Stream Model; Calibration of Greenshield's Model
  01:25
• Greenberg's Logarithmic Model; Underwood's Exponential Model
  01:09
• Notations; Car following Models
  02:14
• General Motor's Car following Model; Simulation Model; Types of Simulation Model
  01:23
• Capacity; Level of Service
  01:35
• Types of Facilities; Factors Affecting Level of Service; Types of Facilities; Factors Affecting Level of Service
  01:49
• Requirement of Traffic Control Devices; Communication Tools
  02:59
• Types of Traffic Designs
  01:44
• Classification of Road Marking; Longitudinal Marking; Transverse Marking
  02:57
• Object Marking; Word Messages; Parking
  02:51
• Parking Statistics; Parking Surveys; Parking Requirements
  01:57
• Ill-Effects of Parking; On-Street and Off-Street Parking
  02:36
• Conflicts at an Intersection; Levels of Intersection Control
  03:39
• Grade Seperated and Channelized Intersections
  03:01
• Advantages and Disadvantages; Guidelines for Selection
  02:03
• Traffic Operation and Capacity of a Rotary
  02:41
• Phase Design; Interval Design
  02:18
• Cycle Time and Determination of Cycle Length
  01:20
• Green Splitting Method
  01:20
• Pedestrian Requirements and Performance Measure
  02:25

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