SeismicConsolidation

Transportation Engineering — General Resources

Transportation engineering books

Transportation engineering lectures

Highway Engineering

Introduction

Highways Materials

Super elevation

Stopping sight distance

Vertical_Alignment

Marshall_Method_of_Mix_Design

Railway Engineering

Introduction_to_railway

Gradient and gauges

Curves

Formation

Ballast

Rails

Points_and_Crossing

Widening_of_Gauge

Signalling and interlocking

Airport Engineering

Runway engineering

Payload_and_range

Terminal

Solution to problems

lecture 1,2,3

lecture 3 problems solution

lec 4 solution of problem

lec 8,11,12 solution to class problems Railway engineering

lec 14 solution to class problems Runway engineering

lec 16 solution to class problem

solution of problem sheet 1 Highways

solution to problem sheet 2 Highways

solution to problem sheet transportation railway assignment

Transportation engineering lab experiments

Lab experiments:

LAYOUT OF TRANSPORTATION ENGINEERING LAB

Determination of Flakiness and Elongation Index of given aggregate sample

Determination of angularity number of the given aggregate sample

Determination of Relative Density (Specific Gravity) And Water Absorption of Different Aggregate

To perform LOS ANGELES Abrasion test on aggregate

To Measure Surface Frictional Properties Using British Pendulum Skid Resistance Tester

Flash and Fire Point Test for Asphalt by Cleveland Open Cup Tester

PENETRATION TEST ON BITUMINOUS MATERIALS

SPECIFIC GRAVITY TEST ON BITUMINOUS MATERIALS

Determination of specific viscosity of liquid asphalts using Engler Viscometer

Standard test method to determine softening point of bitumen (Ring and ball apparatus)

Standard test method for ductility of bituminous materials

MARSHALL METHOD OF MIX DESIGN

Excel sheets:

Flakiness and elongation index

Marshall method of mix design

Important notes:

Marshall1

Marshall2

Marshall5

Marshall6

Pavement friction and skid resistance measurement methods

Additional Resources

Bridge 1

Bridge 2

Bridge 3

Introduction To Bridge Engineering