Ground Improvement Techniques Classification, Case Studies


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Ground Improvement Techniques – Classification, Case Studies and Trends
(30 August -09 September, 2016) Department of Civil Engineering, NIT WARANGAL
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1. Overview
Ground improvement is one of the basic requirements of many civil engineering construction projects. Improving the ground permits construction on problematic soils by changing their characteristics and strength. With the introduction of Japanese high speed railways (Shinkansen) in India, ground improvement will play a significant role in the construction and infrastructure development in India.
This course focuses on the principles of various ground improvement techniques developed in Japan, Asia and the rest of the world. The course will encompass the understanding of the problems facing geotechnical researchers and engineers working in the field of ground improvement, and will also cover the recent advances in the techniques available to them. The course contents consist of three parts. Part I focuses on the approaches for ground improvement geosystem dividing each techniques in to various groups and mechanics involved in each techniques. Part II describes many case histories from Japan and other Asian countries based on the tutors‘ experiences of working in various ground improvement projects and their implementation. Part III focuses on the new applications and trend of the ground improvement geosystem including recycling, geo-environmental consideration and preservation of the world cultural heritage.
This course targets the beginners and the intermediate level practitioners who are dealing with geotechnical construction projects or who have interest in the development and application of ground improvement techniques. Engineers and researchers will find it helpful in developing, advancing and applying the techniques in the field.
In this course, ground improvement techniques, their theoretical background, methods adopted in a particular situation and accomplishment of the projects will be described in an easily understandable way. This course helps students, researchers and engineers to understand what is ground improvement, principles of the improvement methods considering the geological and geotechnical background, how they are executed in the site, basis of selection of a particular ground improvement technique in a project, and the cost-performance of such methods, etc.
The course will be delivered by expert who had many years of practical and consulting experiences as well as experiences on research, development and, execution of ground improvement projects in Japan and other Asian countries.

2. Objectives

The primary objectives of the course are as follows:

i) Explain the mechanics of ground improvement technique and mechanism involved including the important factors that will help engineers in judging and adopting a particular technique in the fields.
ii) Describe many case histories from Japan and other countries of the world. Numerous case studies will help to understand how the new and improved methods have actually been applied over a wide variety of ground conditions.
iii) Contribute to a better understanding of various existing ground improvement techniques, which will be described in a concise and easily understandable ways.
iv) Help students, engineers, researchers and practitioners gaining a firsthand experiences of ground improvement techniques through many case studies along with some example calculations

Date 30/08/2016
Approaches for Ground
Improvement
31/08/2016
01/09/2016
02/09/2016
03/09/2016
Case Histories of Ground Improvement
Techniques

Day Tue
Wed Thr Fri Sat

Suggested Lecture Schedule

Time L/T/P

Topic

08.30 to

Registration and Inauguration

09.30

09:30 to L1

Concept of ground improvement, Mechanism for

10.30

increasing soil strength through ground improvement

10:45 to L2

Types of modern ground improvement technique,

11:45

Feasibility and applicability of ground improvement techniques

14:00 to L3

Ground improvement without admixtures in non-

15:00

cohesive soils

09:30 to L4

Ground improvement without admixtures in cohesive

10.30

soils

10:45 to L5

Ground improvement with admixtures or inclusion: Soil-

11:45

cement,

14:00 to L6

Ground improvement with admixtures or inclusion:

15:00

dynamic consolidation,

15:00 to P1 Problem solving session with examples

16:00

09:30 to L7

Ground improvement with grouting type admixtures:

10.30

Grouting, jetting and mixing, dynamic grouting, multipoint grouting.

10:45 to L8

Ground improvement by earth reinforcement:

11:45

geosyntheics, soil nailing and root piling

14:00 to L9

Ground improvement by earth reinforcement: rock

15:00

bolting, anchoring.

09:30 to L10 Other ground improvement techniques: Freezing,

10.30

blasting, electro-osmosis.

10:45 to L11 Ancient ground improvement techniques, Pratice

11:45

adopted in Ancient India, Practice exported from India to other Asian nations in the construction of temples

14:00 to P2 Problem solving session with examples

15:00

09:30 to L12 Case history (No. 1) of ground improvement technique:

10.30

Soil-cement

10:45 to L13 Case history (No. 2) of ground improvement technique:

11:45

Preloading and dewatering

09:30 to L14 Case history (No. 3) of ground improvement technique:

10.30

Sand compaction pile

05/09/2016 Mon 1110::4455 to L15 CGaroseuthinisgtory (No. 4) of ground improvement technique:

14:00 to L16 Case history (No. 5) of ground improvement technique:

15:00

Jetting and mixing

09:30 to L17 Case history (No. 6) of ground improvement technique:

10.30

Geo-synthetics

06/09/2016

Tue 1110::4455 to L18 CSoaislenhaiilsitnogryan(dNroo.o7t)poilfingground improvement technique:

14:00 to P3 Problem solving session with examples

15:00

07/09/2016

09:30 to L19 Geo-environmental aspects of ground improvement,

Recent Applications

10.30

treatment of wastes

and Trends of Ground

Wed 1110::4455 to L20 Uimtiplirzoavteiomnentof industrial by-products in ground

Improvement Techniques

14:00 to L21 Novel ground improvement techniques against natural

15:00

disaster such as earthquakes and tsunami

09:30 to L22 Ground improvement techniques used for cultural

10.30

heritage preservation across Asia

08/09/2016

Thr 1110::4455 to L23 Lteocchanl iqteucehsnology aided low cost ground improvement

14:00 to L24 Review of the course and free discussion

15:00

09:30 to P4

10.30

09/09/2016

Fri 10:45 to P5 11:45

Examination for students

14:00 to P6

15:00

Modules You Should Attend If…
Fees

 Approches for Ground Improvement  Case Histories of Ground Improvement Techniques  Recent Applications and Trends of Ground Improvement Techniques  you are a faculty member/research scientist in Civil Engineering interested in soil mechanics, foundation engineering and ground improvement methods.  you are a professional civil engineer interested in geotechnical engineering, methods adopted in field for ground improvement and different case histories around the world.  you are a student of civil engineering interested in learning the different methods of ground improvement and when and where to apply a certain method.
The participation fees for taking the course is as follows: Participants from abroad : For students - US $100; for faculty/scientists – US$500 Industry/ Research Organizations: Rs.10,000/Faculty: Rs. 4,000/Students & Research Scholars: Without award of Grade: Rs. 1,000/With award of Grade: Rs. 2,000/The above fee includes all instructional materials, computer use for tutorials, free internet facility, working lunch, tea & snacks. The participants from industry / research organisations will be provided with twin sharing accommodation on payment basis (subject to the availability). Participants from the academic institutions will be provided with twin sharing accommodation either in Visitors Block or in Student Hostels. (Accommodation and boarding charges will be Rs. 4000/- for ten days @ Rs. 400/- per day)

The Faculty
Hemanta Hazarika, Professor in the Department of Civil Engineering, Kyushu University, Fukuoka, Japan. His research interests include soil-structure interaction, stability of soil- structures during earthquakes and tsunami, ground improvement, application of recycled waste and lightweight materials in constructions, stability of cut slopes, and landslides and protection against them. Dr. V. Ramana Murthy is an Associate Professor of Civil Engineering at NIT Warangal. His research interests are Ground Improvement, Expansive soils and waste material utilization.
Dr. G. Kalyan Kumar is an Assistant Professor of Civil Engineering at NIT, Warangal. His research interests are Soil Dynamics, Seismic hazard, Seismic microzonation, Disaster Management and Subsurface Investigation.
Dr. Rakesh J. Pillai is an Assistant Professor of Civil Engineering at NIT, Warangal. His research interests are Soft clay engineering, Cyclic behavior of clays, Constitutive modeling and Tunneling.

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Ground Improvement Techniques Classification, Case Studies