Keyword based List
List of faculty who have the keyword based in their Research Interests
| Name | Dept | Research Interests |
|---|---|---|
| Anand T N C | ME | Computational Fluid Dynamics (CFD);Laser-based Diagnostics of Sprays and Combustion;I. C. Engines |
| Palaniappan Ramu | ED | Application of statistical and probabilistic techniques for engineering design under uncertainties;Risk/Reliability based engineering design;Surrogate based modeling and analysis;Optimization |
| Sankararaman S | CY | Organo Asymmetric Catalysis: Development of new organo catalysts and their applications in organic synthesis.;Modern Acetylene Chemistry: Synthesis of acetylenic macrocycles, cyclophanes and dendrimers. Synthesis of pyrene based novel fluorophores. Acetylene and arene based molecules for molecular electonics and photonics |
| Nilesh Jayantilal Vasa | ED | Optoelectronics;Remote Sensing;Laser Based Sensing;Micro-manufacturing;MEMS |
| Sanjib Senapati | BT | Computational Biophysics;Structure Based Drug Discovery;Molecular Dynamics Simulations;Molecular Modeling; Green Chemistry - Ionic liquids and Supercritical CO2; Nanoparticles and Nanoclusters; In-vitro Studies |
| Nitin Chandrachoodan | EE | Digital Systems implementation;VLSI for Digital Signal Processing;FPGA based accelerators |
| Abdus Samad | OE | CFD; Fluid Machinery; Heat Transfer; Artificial Lift; Surrogate Based Optimization; Alternative Energy |
| Dillip Kumar Chand | CY | Homogeneous catalysis: Mo(VI)-based compounds as mild and selctive catalysts for organic transformations;Supramolecular Chemistry: Metal driven self-assembly Pd(II) and nitrogen ligands, dyanmic aspects of the molecules;Nanoscience: Synthesis and functional (e.g. catalysis) aspects of metal nanoparticles |
| 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) |
| 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 |
| Mishra A K | CY | Fluorescent molecular probes for micro- and nano-scale organized systems;Excited state prototropism and its applications;Synchronous and excitation-emission-matrix fluorescence spectroscopy;Fluorescence based sensors |
| Sudheer K P | CE | Hydrologic Modelling, Stochastic Hydrology, Hydrological forecasting;Predictions in Ungauged Basins, Uncertainty Analysis, Sensitivity Analysis;Application of ANN and Fuzzy systems to Hydrology and Water Resources;Knowledge Extraction from and Knowledge Embedding in Soft Computing based Models |
| 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 |
| Sunetra sarkar | AE | Uncertainty quantification;Unsteady aerodynamics of insect-like flapping bodies;Fluid-structure interaction, aeroelasticity;Flow-field simulation using particle based techniques |
| Chandra Sekhar C | CS | Content based Information Retrieval;Kernel Methods;Pattern Recognition;Artificial Neural Networks;Speech processing;Handwritten Character Recognition |
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