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Pavement Design - PD

Course: B.Tech / BEGroup: Transportation Engineering
Pavement Design
Highway and runway pavement pavement
PRINCIPLE OF PAVEMENT DESIGN
RIGID PAVEMENT
DESIGN OF PAVEMENT: IRC
Falling Weight Deflectometer And Other Equipments
Pavement Design
Subgrade
Subgrade Soil Tests – 1
Subgrade Soil Tests – 2
Stone Aggregate Properties
Stone Aggregate Tests – 1
Stone Aggregate Tests- 2
Soil Stabilization – 1
Soil Stabilization – 2
Soil-Bitumen Stabilization – 1
Soil-Bitumen Stabilization – 2
Problems in Stabilization – 1
Problems in Stabilization – 2
Pavement Types
Components of Pavement
Design Factors – 1
Design Factors – 2
Design Factors – 3
Pavement Design Process – 1
Pavement Design Process – 2
Flexible Pavement Design
Stresses in Flexible Pavement – 1
Stresses in Flexible Pavement – 2
CBR Method
GI and Triaxial Method – 1
GI and Triaxial Method – 2
McLeod and Burmister Method – 1
McLeod and Burmister Method – 2
Rigid Pavement Design
Combined Stresses in Rigid Pavement
Joints in Rigid Pavement – 1
Joints in Rigid Pavement – 2
Joint Spacing
Design of Joints
IRC Method of Design – 1
IRC Method of Design – 2
Failures in Rigid Pavements – 1
Failures in Rigid Pavements – 2
Requirements of Pavement
Pavement Evaluation
Destructive Structural Evaluation
Geosynthetics in Pavement
Rehabilitation of Flexible Pavement
Rehabilitation of Rigid Pavement
Design of Overlay
Maintenance of Pavements
Ride Quality – 1
Ride Quality – 2
Quality Control – 1
Quality Control – 2
Highway Cost – 1
Highway Cost – 2
Economic Analysis
Highway Finance
Pavement Design