CE-603 (C) Advance Pavement Design Notes
5 notes for Advance Pavement Design, unit by unit.
Notes for CE-603 (C)
- Unit 1 · Short notes Equivalent Single Wheels Load concepts and applications Equivalent Single Wheels Load concepts and applications · Relationship between wheel arrangements and loading effects · Tyre contact area · Effect of load repetition · Effect of transient loads · Impact of moving loading
- Unit 2 · Short notes Flexible Pavements – components, stresses and design methods Component parts of flexible pavement structures and their functions · Stresses in flexible pavements · Stress distribution through various layers · Boussinesque’s theory · Burmister’s two‑layered theory · Design methods for flexible pavements
- Unit 3 · Short notes Rigid Pavements – subgrade evaluation and stress analysis Evaluation of subgrade · Modulus‑K determination by plate bearing test and test details · Westergaard’s stress theory for rigid pavements · Temperature stresses in rigid pavements · Warping stresses · Frictional stresses
- Unit 4 · Short notes Rigid Pavement Design and Pavement Joints IRC method for rigid pavement design · Fatigue analysis · PCA chart method · AASHTO method · Reliability analysis · Types of pavement joints
- Unit 5 · Short notes Evaluation and Strengthening of Existing Pavements Benkelman beam method · Serviceability Index method · Rigid overlays design procedures · Flexible overlays design procedures
More for CE-603 (C)
Other 6th semester CE subjects
- CE-601 Structural Design & Drawing (RCC-I)
- CE-602 Environmental Engineering-I
- CE-603 (A) Water Resource Engineering
- CE-603 (B) Precast & Modular Construction
- CE-603 (D) Cost Effective & ECO‑Friendly Structures
- CE-604 (A) Fluid Mech. – II
- CE-604 (B) Intellectual Property Rights
- CE-604 (C) Environmental Impact Assessment
- CE-604 (D) Operation Research
- CE-605 Advance surveying lab
- CE-606 Non- Destructive Testing Lab