DEPARTMENT OF METALLURGY INDIAN INSTITUTE OF SCIENCE

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DEPARTMENT OF METALLURGY INDIAN INSTITUTE OF SCIENCE UGC Centre for Advanced Study

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DEPARTMENT OF METALLURGY INDIAN INSTITUTE OF SCIENCE. UGC Centre for Advanced Study. HISTORICAL MILESTONES. PERSONNEL. Academic Staff Professors 8 Honorary Professor2 AICTE Emeritus Fellow2 Associate Professors5 Principal Research Scientists2 - PowerPoint PPT Presentation

Transcript of DEPARTMENT OF METALLURGY INDIAN INSTITUTE OF SCIENCE

Page 1: DEPARTMENT OF METALLURGY INDIAN INSTITUTE OF SCIENCE

DEPARTMENT OF METALLURGYINDIAN INSTITUTE OF SCIENCE

UGC Centre for Advanced Study

Page 2: DEPARTMENT OF METALLURGY INDIAN INSTITUTE OF SCIENCE

HISTORICAL MILESTONES

1915 Conception

1945 Establishment

1947 DIISc Programme

1951 AIISc (First Research

Conferment)

1957 B.E. Programme

1964 M.E. Programme

1971 Ph.D. Conferment

1972 Silver Jubilee

1983 UGC - SAP

1986 UGC – COSIST

1987 M.E.(I) Programme

1990 UGC – CAS (Phase-I)

1992 D.Sc. Conferment

1996 100th Doctoral Degree

1996-97 Golden Jubilee

1997 UGC – CAS (Phase-II)

1998 M.E.(Mfg.) Programme

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Academic Staff

Professors 8

Honorary Professor 2

AICTE Emeritus Fellow 2

Associate Professors 5

Principal Research Scientists 2

Assistant Professor 1

Senior Scientific Officer 1

Scientific Officers 2

Technical Officer Gr. I 1

Technical Staff 5

Administrative Staff 6

Workshop Staff 1

Lab Helpers 3

PERSONNEL

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Prof. P. Somasundaran Columbia University, 1990New York, USA

Prof. M.A. Dayananda Purdue University, 1992Lafayette, USA

Prof. A.K. Mukherjee University of California, 1994Davis, USA

Prof. S. Ashok Penn State University, USA 1996

Prof. R.R. Tummala Georgia Institute of 2000Technology, Georgia, USA

Prof. T.R. Anantharaman National Physical Laboratory, 2000New Delhi, India

Prof. Brij M. Moudgil University of Florida 2001Gainesville, FL, USA

Prof. Subhash Chander Penn State University, USA 2003

Prof. Subra Suresh MIT, Cambridge, USA 2004 (Designate)

Prof. BRAHM PRAKASH Visiting Professors

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Program Duration On Roll

M.E. (Met.) 2 Years 31

M.Sc. (Engg.) Research 11*

Ph.D. Research 44*

Total 86

* Includes QIP Scholars, Foreign Students and External registrants

ACADEMIC PROGRAMMES

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Course Programmes

D.I.I.Sc. + B.E. 707

M.E.(I) +*M.E. (Met.)+ M.E. (Mfg.) 539

Research Programmes

A.I.I.Sc.+*M.Sc. (Engg.) 134

*Ph.D. 154

*D.Sc. 1

TOTAL 1535

*Programmes currently offered

GRADUATES: 1945-2004

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DEPARTMENT RESEARCH PROFILE

Bio-Metallurgy & Mineral ProcessingSurface chemistry, Environmental Biotechnology

and Bio-Processing

Metallurgy

Extractive MetallurgyThermodynamics, Process Modeling

and Solid State Sensors

Physical MetallurgyMetallic Glasses, Quasicrystals,

Nanostructured Materials, Computational

Modeling and Non-equilibrium Processing

Mechanical MetallurgyDeformation Processing, Impression Creep,

Metal Joining & Structure Property Correlation

Advanced MaterialsStructural Ceramics, Metal-Matrix,

Ceramic-Matrix & Polymer-Matrix Composites

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Instron testing machines

Instrumented impact testing unit

Electro slag refining unit

ICP analyzer

Atomic Absorption Spectrometer

MAJOR FACILITIES - I

Transmission electron microscope Scanning electron microscope with EDAX attachment

Metallographic facilities with image analyzer

Impression creep testing unit

Dartec hot compression testing unit

Micro and Macro hardness testers

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Heat treatment furnaces

Ultra low load microhardness tester

Particle size analyzer and zeta sizer

Vacuum induction melting and casting unit

Vacuum hot press

Oxygen-nitrogen analyzer

MAJOR FACILITIES - II

X-ray diffractometers

Hot extrusion press EG & G corrosion measurement console

Computation facilities

Thin film stress measurement system

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• Dynamic Mechanical Analyzer

• Differential Scanning Calorimeter

DIVISIONAL FACILITIESHoused at the Department of Metallurgy

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JOINT FACILITIES

• SEM with a FE tip (DST – FIST)

• High resolution TEM (Institute facility)

• Nanoindenter (DRDO Project)

• 30 KW Induction furnace

• Cold isostatic press

• High stiffness electromechanical testing system

• Scanning probe microscope (Nano Centre)

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DEPARTMENTAL LIBRARY

Total books: ~3000

Online Access sinceAugust 1999

CD-ROM referencelibrary : 5 cd’s including4 ASM (20 Volumes)

Wootz File

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Aerospace Engineering Chemical Engineering Civil Engineering

Computer Science and Automation Digital Information Services Centre

Inorganic and Physical Chemistry Materials Research Center Mechanical Engineering

Microbiology and Cell Biology Physics Solid State and Structural Chemistry Unit

INTERDEPARTMENTAL COLLABORATION

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• DRDO-IISc collaborative project

• Mechanical property characterisation of metallic foams (ARDB)

• Synthesis of oxide films by combustion pyrolysis of precursors (ARDB)

• Fatigue testing of Gr/Ep composite used in LCA aircraft (ADA)

• Development of Zr, Ti and Hf based bulk metallic glasses and bulk nano crystalline alloys (DAE)

• Mathematical and physical modelling of boron carbide manufacturing process (DAE) • Development of newer materials for electrical applications (CPRI)

• Developing and characterising thermoplastic / thermoset-fly ash composites (CPRI)

• Environmental impact of metal mining (IFCP)

MAJOR SPONSORED PROJECTS - I

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• Computational study of phase transformations in ternary alloys (DST)

• Densification characteristics of nanocrystalline ceramic composites (DST)

• Swarnajayanthi project (DST)

• Studies on bioprocessing of Indian ocean nodules with reference to extraction of valuable metals (DST)

• Enhanced dewatering of fine coal using microorganisms and their by-products as surface modifying agents (DST)

• Friction and wear behaviour of aluminium MMC brake disc/brake pad during sliding wear (DST)

• Mathematical modelling of the Acheson process (DST)

• Synthesis and properties of nanomaterials (DST)

MAJOR SPONSORED PROJECTS - II

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Biohydrometallurgy and Mineral Processing

Hutti Gold Mines Ltd.

Kudremukh Iron Ore Company Ltd.

Process Modelling

RDCIS, SAIL, Tata Steel

Characterization of processed carbon

DRDL

Scientific and Industrial Consultancy

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Indo-Norwegian ALTECH Programme

Hydro Aluminium, Norway

Norwegian University of Science and Technology, Trondheim

Indian Institute of Science, Bangalore

COREX Process

Jindal Vijaynagar Steel Ltd., Hospet

GM-IISc Labs

General Motors, Warren, Mi, USA

SID PROJECTS

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US Airforce, Washington (DC), USA

(Titanium Composites and Structural Modelling)

Technical University of Darmstadt, Germany

(Ceramic Composites)

Institut de Recherche pour le Developpement (IRD) France

(Indo-French Water Science Cell)

(Environmental Impact of Mining on water quality)

University of Mexico, Mexico (Composites)

University of Augsburg, Germany (Modeling of phase transformations)

Columbia University, USA (Bio-Mineral Processing)

INTERNATIONAL SPONSORED PROJECTS

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RESEARCH CONFERMENTS

5

6

5

211

9

5

8

8

3

1999 2000 2001 2002 2003

Ph.D.

M.Sc.(Engg.)

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PUBLICATIONS

15

61

22

1

75

24

80

19

2

70

27

3

77

1999 2000 2001 2002 2003

JournalsBooksConferences

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AWARDS & FELLOWSHIPS - I

Swarnajayanthi Fellowship 1

S.S. Bhatnagar Award 2

National Mineral Award 1

H.J Bhabha Award (UGC) 1

National Metallurgist Award 1

Metallurgist of the Year Award 10

Young Metallurgist of the Year Award 1

G.D. Birla Award (IIM) 3

Hindustan Zinc Medal (IIM) 2

Kamani Medal 3

Binani Medal 2

Distinguished Materials Scientist (MRSI) 1

MRSI Medal 6

Indranil Award 4

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Fellows of IIM 5

Fellow of TWAS 1

Fellows of INSA 5

Fellows of IASc 8

Fellows INAE 5

Fellows of NASc 5

Materials Science Prize (INSA) 1

Brahm Prakash Medal (INSA) 1

KSIIDC/Tata Chem Chairs 4

D.Sc. 2

Alumni Award for Excellence in

Engineering Research 5

TMS Extraction and Processing

Science Award 1

AWARDS & FELLOWSHIPS - II

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NEW INITIATIVES IN MATERIALS AT IISc

Nano materials

• Acquisition of state-of-the- art TEM, lithography, AFM• New clean laboratory for electron and ion beam

characterisation, AFM/STM, Squid magnetometer

Micro-electromechanical Systems & Smart materials

• Coordinating institution for nation-wide effort on Smart materials

• New laboratory for design of MEMS

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RESEARCH PROFILE - I

BIO-MATERIALS PROCESSING• Bio-mineral processing including beneficiation and leaching• Biological templates for materials synthesis• Environmental Engineering, including heavy metal ion and toxic element

removal

THIN FILMS AND JOINING• Synthesis by laser ablation, decomposition of precursors• Mechanical characterisation and interfacial fracture• Laser welding/alloying of dissimilar materials

MECHANICAL PROPERTIES OF MATERIALS• High temperature creep and superplasticity• Bulk metallic glasses, foams and composites• Smart materials including shape memory alloys

COMPOSITE MATERIALS AND LIGHT ALLOYS• Fabrication of new composites based on light metals, polymers and

ceramics• Development of applications in low density structures, electronic

packaging, brakes, wear plates• Al and Mg based alloys for automotive applications

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RESEARCH PROFILE - IIMETASTABLE MATERIALS• Quasicrystalline phases in novel systems• Metastable ceramics from precursors by templating pyrolysis• Mechano-chemical routes to metastability in metallic alloys• Synthesis of bulk Fe and Al based bulk metallic glasses

THERMODYNAMICS• Experimental measurements, Development of models for thermodynamic data in

semi-conductors and ceramics with applications in microelectronics, sensors and batteries

NANOSCALE SYSTEMS• Nanometric dispersions of Fe-based compounds for use as soft and hard

magnetic materials• Wear properties of embedded soft metals• Consolidation and high temperature deformation of metastable ultrafine grained

ceramics• Biological and organic template route to the synthesis of nano and meso porous

materials• Combustion synthesis of nano particles

MODELLING• Numerical modelling of fluid flow through porous media, novel metal refining

processes• Monte Carlo simulations of phase transformations and coarsening• Solidification, mass and heat transfer modelling of laser processing of materials

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GOALS / SPIN-OFFS

CROSS-DISCIPLINARY INITIATIVE ON ADVANCED MATERIALS AT IISc

Multi-disciplinary programmes spanning newly emerging fields that are interdisciplinary among Materials, Chemistry, Engineering, Biology and Physics

OUR VISION OF THE ROLE OF THE DEPARTMENT OF METALLURGY

To take the lead in identifying materials systems for the future (processing, properties, technology development)

To develop State-of-the-Art characterisation facilities (Microstructural, mechanical, thermal, analytical)

To develop new methods for computer modelling of complex behaviour

To train post-graduates who can initiate materials activities at the cutting edge in industries and research laboratories