Program Description

The course provides a comprehensive overview of pavement layers and materials, covering both flexible and rigid pavement designs. It begins with the fundamental components and functions of road pavement layers, emphasizing the classification and properties of subgrade soil and stone aggregates, including the California Bearing Ratio (CBR) test. The course then delves into bituminous materials, exploring their classification, properties, and various tests such as specific gravity, penetration, and viscosity. It also covers the design and testing of bituminous paving mixes, including the Marshall Mix Design and associated tests for evaluating mix performance. Additionally, the course addresses the properties of Portland cement and the mix design for cement concrete. In the design segments, students learn about the factors influencing the design of flexible and rigid pavements, with practical application through case studies and the use of design methods such as IRC guidelines and IIT Pave software. The course culminates in a detailed study of joint design in rigid pavements and comprehensive design problem-solving exercises.

Course Objectives

  • The course aims to provide a comprehensive understanding of pavement composition, pavement materials, and their behavior in various layers.
  • Learners will attain skillful knowledge in the design of flexible pavements using IITPAVE Software by interpreting the data and arrive at the required optimum layer thickness.
  • Additionally, the course introduces the design of rigid pavements using regression equations according to the IRC codal provision

Key Highlights

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Mastering the selection of appropriate materials for pavement construction through property testing.

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Gaining expertise in designing flexible pavements using IITPAVE Software in accordance with IRC codal provisions

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Developing proficiency in designing rigid pavements according to IRC codal provisions using regression equations

Course enrollment data

Learning Format

Online

Duration

5 hours

Certified by

IITM Pravartak Technologies Foundation
Technology Innovation Hub (TIH) of IIT Madras and
L&T EduTech

Program Fee

Rs. 1900/- Inclusive of Tax

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Program Description

Education Qualification

Students pursuing Diploma/ UG / PG Programs in Civil Engineering

Suggested Prerequisites

Basics of Highway planning

Teaching Hours

11

Lead Faculty

Satya Kumar

Sunkavalli - Deputy General Manager - Design, EDRC - Mumbai, RREC, Transportation Infrastructure IC, L&T Construction

Holds an M Tech from IIT-Kharagpur with 16 years of professional experience in in detailed design and pre-bid engineering for highways, airports, railways, and other infrastructure projects. He specializes in pavement design, materials evaluation, and rehabilitation measures for highways and aircraft pavements, as well as exploring new pavement materials and technologies. He is also experienced in engineering solutions using geosynthetics for infrastructure projects and associated earth retention systems, along with highway geometric designs and design coordination

Learning Schedule

Road Pavement Layers – Components and Functions; Subgrade Soil – Classification, Desired Properties of Subgrade Soil, California Bearing Ratio; Stone Aggregate.

Bituminous Materials for Paving – Classification; Properties, Grading System; Test - Specific gravity, Penetration, Softening Point, Ductility, Elastic recovery, Flash point, Separation, Loss on heating, Matter soluble in trichloro ethylene, Absolute and Kinematic Viscosity, Rotational viscosity and Aging of Bitumen.

Bituminous Paving Mixes - Mix Design; Marshall Mix Design, Test - Stone Polishing Value of Coarse Aggregate, Stripping value of coarse aggregate, Maximum specific gravity, Marshall stability and flow, Binder content, Bulk specific gravity and density, indirect tensile strength, Resilient Modulus, Resistance to moisture-induced damage of Bituminous Paving Mix; Portland Cement - Properties of Cement; Cement Concrete - DLC and PQC Mix design.

Flexible Pavement: Introduction, composition, factors governing design, design of flexible pavements as per IRC; Bituminous mix design (Marshall method), IIT Pave Software; Case study - Design Problem.

Rigid pavement: Introduction, composition, factors governing design, DLC and PQC mix design; design of concrete pavements as per IRC; Joints; Case study – Design Problem.



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