Keyword based List
List of faculty who have the keyword materials in their Research Interests
| Name | Dept | Research Interests |
|---|---|---|
| Somnath Chanda Roy | PH | Nano-Materials for applications in Energy and Environment, Photocatalytic reduction of Carbon dioxide using metal-oxide nanotubes, Nanotube based sensors for Green-house gases, Electrical conduction in nanomaterials |
| Ravi Sankar K | MM | High Temperature Deformation of Materials;Creep and Superplasticity;Mechanical Behaviour of Nanocrystalline Materials;Deformation Behaviour at Small Length Scales; High entropy alloys; Magnesium alloys |
| Lakshman Neelakantan | MM | Corrosion characteristics of engineering materials and coatings; Electrochemical behaviour of NiTi, NiTi-X shape memory alloys (SMAs); Smart coatings for corrosion protection; Electro-dissolution, -planarization and -deposition;Micro and mechano electrochemistry. |
| Dillip Kumar Satapathy | PH | Complex fluids in confinement; Physics of complex oxide heterostructures; X-ray and neutron scattering characterization of materials |
| Sudakar Chandran | PH | Materials for memory and energy applications;Oxides and Nitrides;Magnetic materials;Spectroscopic techniques (such as Raman, XPS, UV-Vis, IR);Defect-structure property correlations;Experimental Condensed Matter Physics |
| Ranga Rao G | CY | Surface chemistry and spectroscopy;Solid state electrochemistry;Heterogeneous catalysis : new materials for catalysis and electrocatalysis, photocatalysis, environmental catalysis and energy storage applications;Materials chemistry: synthesis and applications of new layered-, hybrid-, porous- and nano-materials |
| Bhattacharya S S | MM | Superplasticity & Superplastic Forming - Experimental, Theoretical & Modeling;Synthesis of Nanocrystalline Materials;Consolidation, Processing and Characterisation of Nanocrystalline Materials;Metal Forming - Experimental & Modeling |
| Ashutosh Suresh Gandhi | MM | Science of Ceramics; High Temperature Protective Coatings (environmental and thermal barrier coatings); Materials for Energy Systems (solid oxide fuel cells, SOFC’s); Phase Stability & Transformations; Oxidation; Surface Engineering; Zirconia Ceramics; Nanostructured Materials; Non-equilibrium Phenomena; Metastable Effects and Amorphous Phases. |
| Subramanya Sarma V | MM | Materials processing;Microstructure-mechancial proerties correlations in metals and alloys;Materials Characterisation;Materials Development |
| Krishnakannan | ME | Macromolecular Chemistry;Modeling of vulcanization process;Plasticity;Mixture Theory;Aging of Polymeric Materials;Elasticity;Thermodynamics;Mathematical Modeling of the behavior of Materials;Mathematical modeling of Crystallization and Glass Transition of Polymeric materials;Continuum Mechanics;Viscoelasticity |
| Santhosh PN | PH | Electroceramics;Low temperature characterization of Advanced materials;Condensed Matter Physics;Magnetism and Magnetic Materials;Powder X-ray and Neutron diffraction and Rietveld analysis |
| Hari Kumar K C | MM | Computational Materials Science (First Principle Methods);Computational Thermodynamics of Materials (Calphad);Physical Metallurgy (Ferrous and Non-Ferrous);Ironmaking & Steelmaking |
| Pijush Ghosh | AM | Nanocomposites, Self-healing Materials, Molecular Dynamics, |
| Murthy H S N | AE | Tribology (contact mechanics, Fretting Fatigue, wear and lubrication);Damage Mechanisms in metals, composites and visco-elastic materials (fatigue and fracture) |
| Sankaran S | MM | 3. Electron microscopy;2. Mechanical behaviour-microstructure relationship of materials;1.Deformation processing of Materials;4. Stereology |
| Abhijit Deshpande P | CH | Polymeric materials, ionic polymers, rheology, composite processing |
| Kanjarla Anand Krishna | MM | Computational Crystal Plasticity : Finite Element Method and fast Fourier transform approaches CPFEM & CPFFT;Integrated Computational Materials Engineering (ICME);Microstructural approach to mechanics of materials;Plastic anisotropy and crystallographic texture;Microstructure evolution in irradiated systems |
| Ramanathan S | CH | Chemical Mechanical Planarizaiton (CMP);Electrochemistry;Materials (microwave processing, nanoparticle synthesis) |
| Balakrishna Rao | ED | Modeling and simulation of manufacturing processes;Chatter in manufacturing processes;Micro-Electro-Mechanical-Systems (MEMS);Nano-technology;Creation of nano-crystalline materials;High-Speed-Machining of automotive- and aerospace-alloys |
| Gandham Phanikumar | MM | Transport Phenomena; Phase-field modeling of solidification microstructure; Characterisation of Materials; Solidification |
| Murty B S | MM | particulate technologies;grain refinement;Nanocrystalline materials;bulk metallic glasses;composites;thermodynamics and kinetics of phase transformations;transmission electron microscopy;non-equilibrium processing |
| Harish Kumar N | PH | Instrumentation and Automation;Superconductivity;Magnetoelectronic Materials |
| Bhyrappa P | CY | Bioinorganic and Supramolecular Chemistry;Materials chemistry of porphyrins and metalloporphyrins |
| Dhamodharan R | CY | Polymer Chemistry : Controlled Radical Polymerizations (ATRP, RAFT), Surface Modification of Flat and Nanoparticulate Surfaces, Biopolymer-Natural Materials Nanocomposite; Polymer Light Emitting Diodes; Electrochromic Polymers |
| Parasuraman Swaminathan | MM | Electronic materials; Phase transformations in multilayer systems; Nanocalorimetry - enthalpy measurement at rapid reaction rates |
| Srikanth Vedantam | ED | Design with novel materials;Mechanical behaviour of materials;Wetting;Microstructure Evolution;Granular flows |
| Sethupathi K | PH | Superconductivity,;Low Temperature Physics,;Magnetism and Magnetic Materials |
| Selvam P | CY | Nanostructured Materials; Heterogeneous Catalysis; Solid State and Surface Chemistry; Microporous and Mesoporous Molecular Sieves - Aluminosilicates, Aluminophosphates, Metal Oxides, Carbons; Functional Materials including Organic-Inorganic Hybrids; Fuel Cell, Hydrogen Storage, Superconductivity; Molecular Modeling |
| Nandita M | CY | Organic Synthesis;Bio-materials;Peptide Synthesis |
| Sankaranarayanan V | PH | Low Temperature Condensed Matter Physics;Cryogenics;Superconductivity;Magnetism and Magnetic Materials |
| Lakshmana Rao C | AM | Buckling Control using Smart Materials;Ballistic Impact;Numerical modeling of brittle fracture |
| Ravikumar N V | MM | Biofouling & Marine Biomaterials (Understanding Adhesion Mechanisms, Understanding the Structural Hierarchy, Mechanical Behavior);Object Oriented Finite Element Programming to Predict Macroscopic Properties from 2D Microstructures;Processing and Characterization of Ultra-High Temperature Structural Ceramics (Eg., Polymer Derived Ceramics in the Si-(B)-C-N system, Silicon Carbide & Silicon Nitride Based Ceramics);Mechanical Behavior of Materials (Creep, Thermal Shock, Fracture Mechanics);Role of Interfaces in Crystalline/Nano-crystalline Materials (Theory & Experimental Techniques) |
| Krishnan Balasubramanian | ME | Ultrasonics and Acoustics;Structural Health Monitoring;Micro and Nano Imaging;Nondestructive Evaluation;Materials Characterisation;Wave Propagation |
| Narasimhan Swaminathan | ME | Radiation damage (Atomistic to Continuum); Material properties using atomistic methods; Finite Element Method; Fuel cell materials; Thermodynamic modeling of multiphysics phenomenon |
| Sriram P | AE | parallel and distributed computing;fracture mechanics;composite materials |
| Vijayan C | PH | Novel Optical materials;Photonics;Nonlinear Optics --- Matreials and Processes;Physics Teaching |
| Ratna Kumar Annabattula VVSD | ME | Finite Element Analysis; Granular Mechanics; Buckle-driven delamination; Fusion Materials; Mechanics of microsystems |
| Amitava Ghosh | ME | cBN grinding technology;Development of single layer abrasive tools;High efficiency deep grinding of exotic materials;Application of hard and soft tribo coating on cutting tools;Environment friendly machining;metal-ceramic joining |
| Sivakumar M S | AM | smart materials;inelasticity book website: http://inelasticity.wikidot.com/;Constitutive modeling |
| Srinivasa Rao Bakshi | MM | 1. Thermal spray synthesis of carbon nanotube reinforced metal-matrix composites as coatings and free standing structures;9. Object Oriented Finite Element Analysis (OOF) for multi-scale prediction of properties based on microstructure;2. Carbon nanotube reinforced ceramic matrix composites having improved fracture toughness;11. Amorphous, nanocrystalline and quasicrystalline composites and coatings by mechanical alloying followed by cold spraying/spark plasma sintering;3. Synthesis of Tantalum carbide-CNT composites and ultra high temperature composites by vacuum plasma spraying and spark plasma sintering;12. Thermo-physical property characterization of composite materials;4. Carbon nanotube reinforced ultrahigh molecular weight polyethylene composites for bio-implant applications;5. Thermodynamics and kinetics of interfacial phenomena in carbon nanotube metal-matrix composites;6. Quantification of carbon nanotube distribution in composites and microstructure-property correlations.;7. Nanomechanical property |
| Sampathkumar T S | MM | NANOSTRUCTURED BIOMATERIALS - ;Nanocrystalline calcium phosphate ceramics, coatings & cements;Antimicrobial materials & drug delivery systems; Bioresorable & bioactive nano composites;Nanostructured metallic implants;Value added bioceramics from waste such as egg shell, corals etc.. |
This page was created on: Wednesday 18th of September 2013 08:40:13 PM