Program Description

This course has a systematic and concise treatment to geological and geotechnical aspects of deep excavations and deep foundations. Construction methodologies like top down and bottom up techniques, Drill and blast, cut and cover, box pushing, NATM and NMT for deep excavations and tunnels Instrumentation monitoring of underground construction are explained with illustrations and case studies. Support systems like sheet piles, soldier piles, secant piles, contiguous piles and diaphragm walls for deep excavations are dealt in detail. The materials, equipment, workmanship, EHS, quality and design considerations for deep foundations such as the Piles, caissons, wells and coffer dam systems are elaborated. The usage of software tools like Plaxis, Roc lab and Wallap for modelling piles and excavation support systems are demonstrated.

Course Objectives

  • Explain the construction and design of pile foundations
  • To Explore the concepts of Deep excavations and Pre-excavation support systems
  • Discuss the tunnel construction methods and support systems
  • Emphasis and explain the significance and methods of tunnel monitoring

Key Highlights

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Introduction to deep foundations and construction practices in Pile foundations.

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Deep excavations.

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Diaphragm walls.

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Pre-Excavation support systems.

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Tunnel construction methodologies.

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Tunnel Support Systems.

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Instrumentation and Monitoring in tunnels.

Course enrollment data

Learning Format

Online

Duration

5 Units

Certified by

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

Program Fee

₹5100 (inclusive of tax)

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Program Description

Education Qualification

Students pursuing Diploma/ UG /PG Programs in Civil Engineering

Suggested Prerequisites

Soil Mechanics, Foundation Engineering, Structural Analysis

Teaching Hours

30 hours

Lead Faculty

Dr. G .D Raju Chief Geotechnical Engineering Manager, L&T Construction.

Dr. G.D Raju is a Rock & geomechanics Engineer and a former Scientist at “National Institute of Rock Mechanics” . He earned his PhD from McGill University, Canada and has experience in working in projects across India, Canada, Singapore and Bhutan. With extensive experience of over 25 years in the field of Mining, tunneling, oil and natural gas and Civil construction he heads the geotechnical division of Heavy Civil Infrastructure at Larsen and Toubro. He and his team are involved in design of tunnels, caverns, Foundation of bridges and geotechnical aspects of nuclear reactor projects.

Learning Schedule

Introduction to deep excavations, types of deep foundations, Design basis for pile foundations and selection of Pile foundations, Site investigations

Bored Cast in situ piles, Precast driven Piles, Under reamed Piles, Pile group and Load testing on piles, Challenges in piling operations, Quality control of Piles

Diaphragm walls, Secant piles, Contiguous piles, Soldier piles, Design of Embedded Earth retaining systems, shafts.

Methods of construction of tunnels, top down methods, Bottom up methods, Drill and blast, NATM, NMT, Cut and cover tunnels, Support systems – Rock Bolts, Lattice girders, Anchors, shotcrete, face support, umbrella arch systems

Instrumentation and monitoring, Monitoring Plan, Trigger limits , Case studies



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