Media Storage Type : DVD-ROM
NPTEL Course Name : Advanced Transportation Engineering
NPTEL Subject Matter Expert : Prof. A. Das
NPTEL Co-ordinating Institute : IIT Kanpur
NPTEL Lecture Count : 46
Lecture Titles:
Lecture 1 - Basic concept of pavement analysis and design
Lecture 2 - Pavement Materials
Lecture 3 - Analysis of Concrete Pavement
Lecture 4 - Various design approaches
Lecture 5 - Design of dowel bars
Lecture 6 - Design of tie bars
Lecture 7 - Design of runway, taxiway and apron
Lecture 8 - Reinforced Concrete Pavement
Lecture 9 - Concrete pavement shoulder
Lecture 10 - Composite Pavements
Lecture 11 - Comparative studies of concrete versus bituminous pavement
Lecture 12 - Construction of Concrete Pavements
Lecture 13 - Construction of joints
Lecture 14 - Quality control issues
Lecture 15 - Maintenance of concrete pavements
Lecture 16 - Basics of Traffic Engineering - A Recapitulation
Lecture 17 - Speed and Density
Lecture 18 - Flow
Lecture 19 - Introduction and Fundamental Relation
Lecture 20 - An Introduction to Macroscopic Models
Lecture 21 - Macroscopic Models- Linear Model/Generalized Polynomial Model of u - k relation
Lecture 22 - Macroscopic Models - Logarithmic Model of u-k relation/Exponential Model of u-k Relation
Lecture 23 - Lecture 5
Lecture 24 - Introduction to Interruptions
Lecture 25 - Traffic Flow at Signalized Intersections
Lecture 26 - Traffic Flow at Unsignalized Intersections
Lecture 27 - Introduction and capacity of facilities with uninterrupted flow
Lecture 28 - Capacity at signalized and unsignalized intersections and LOS
Lecture 29 - Introduction, transport supply and demand
Lecture 30 - Overview of the planning process, role of government
Lecture 31 - Demand analysis, supply analysis and evaluation
Lecture 32 - Introduction
Lecture 33 - Trip-generation Models
Lecture 34 - Trip Distribution Models
Lecture 35 - Destination Choice Models
Lecture 36 - Modal Split Model
Lecture 37 - Traffic Assignment Models
Lecture 38 - Incremental-assignment model
Lecture 39 - User-equilibrium model
Lecture 40 - Shortest path finding algorithms (Dijkstra's algorithm)
Lecture 41 - Shortest path finding algorithms (Floyd's algorithm)
Lecture 47 - Exercise-Demand Analysis
Lecture 42 - Definition of parameters
Lecture 43 - Cost Components in Transportation System
Lecture 44 - Benefit Component in Transportation System
Lecture 45 - Economic Evaluation of Highway Projects
Lecture 46 - Transportation Financing