Previous Menu Department :: Metallurgical & Material Engineering The department. of Metallurgical Engineering was established in 1956 with the purpose of imparting excellent training to students who would be able to join several industries as qualified engineers, dealing with the production and processing of metals and alloys including foundries, rolling mills and fabrication shops. The focus of post graduate degree is mainly fixed to train qualified metallurgical engineers for state of art technologies at different Indian metallurgical industries. Head Of The Department : Akshay Kumar Pramanick Ph.: 2414-6940 (O) Email: hod@metal.jdvu.ac.in Departmental Research Publication Faculty Summary Full Time No. of teachers with Ph.D ^p D.Sc. as the highest qualification 11 No. of teachers with First class Master Degree as the highest qualification 7 Professors Photo Name ^p Qualification Telephone No. ^p Email ID Specialization Dinabandhu Ghosh Ph.D. 2457-2175 dghosh@metal.jdvu.ac.in Thermodynamics and Kinetics of Metallurgical Systems GOPES CHANDRA DAS Ph.D. 2457-2180 gcdas@metal.jdvu.ac.in Ceramics, Nano materials, Materials Science Monoj Kumar Mitra 2457-2173 mkmitra@metal.jdvu.ac.in Fatigue^pPhysical Metallurgy Nano-Composite Prasanta Kumar Datta Ph.D. 2457-2176 pkdatta@metal.jdvu.ac.in Solidification^pFoundry^pModeling Pravash Chandra Chakraborti Ph.D. 2457-2178 pcchakraborti@metal.jdvu.ac.in Mechanical Metallurgy^p Physical Metallurgy^p Fatigue & Fracture Prodyot Kumar Mitra Ph.D. 2457-2177 pkmitra@metal.jdvu.ac.in Corrosion^pEnvironmental Failure^pPhysical Metallurgy Siddhartha Mukherjee Ph.D. 033-65128636 smukherjee@metal.jdvu.ac.in Kinetics of Metallurgical Reactions^pSol-Gel Processing ^p Process Development^pNanocmposites Subir Paul Ph.D. 91-33-2457-2185 spaul@metal.jdvu.ac.in High Energetic Materials for Fuel Cell Renewable Energy from Bio fuelFuel Cell Electrochemistry & Corrosion Modeling,Simulation,Life Prediction High Corrosion Resistant Bio materials Hydrogen Energy from Green Algae Fuel Cell & Materials for Green Energy Renewable Energy from Biomass Cathodic Protection Design Software Green Inhibitors against Corrosion Materials Recovery Electronic waste Extractive Metallurgy Tapan Kumar Pal Ph.D. 2457-2171 tkpal@metal.jdvu.ac.in Welding Characteristics including fatigue & fracture of different similar and dissimilar metals and alloy. Development of coated electrodes for special steel and Austempered ductile iron (ADI). Back To Top Associate Professor Photo Name ^p Qualification Telephone No. ^p Email ID Specialization Akshay Kumar Pramanick M.E. 2457-2174 akpramanick@metal.jdvu.ac.in Physical metallurgy^p Corrosion Back To Top Readers Photo Name ^p Qualification Telephone No. ^p Email ID Specialization Rajib Dey Ph.D. 2457-2181 rdey@metal.jdvu.ac.in Iron and Steel Making, Foundry Back To Top Assistant Professor Photo Name ^p Qualification Telephone No. ^p Email ID Specialization Amrita Kundu Ph.D. +913324572178 akundu@metal.jdvu.ac.in^p akundu05@gmail.com • Mechanical behaviour of Materials • Thermo-mechanical processing • Phase transformation • Welding and joining • Residual stress characterisation using neutron and synchrotron X-Ray diffraction • Nuclear materials • Material characterisation Sathi Banerjee Ph.D. 913324572184 sbanerjee@metal.jdvu.ac.in Heat treatment of Metals and Alloys; Corrosion; Nanomaterials Back To Top Degrees Offered^pIntake Degrees Offered Intake Capacity Bachelor in Metallurgical Engg. (4 Year) 34 M.E in Industrial Metallurgy (2 year) 12 M.Tech in Material Engineering (2 Year) 20 Back To Top Syllabus & Curriculum For UG Level METALLURGICAL & MATERIAL ENGINEERING - Curriculum METALLURGICAL & MATERIAL ENGINEERING - Syllabus METALLURGICAL & MATERIAL ENGINEERING Back To Top Syllabus & Curriculum For PG Level Back To Top Research Activities Phase Transformation in Metals Fatigue and Fracture of Metals and Materials Corrosion Behavior Protection against Corrosion of Metals and Materials Stress Corrosion Cracking Corrosion Fatigue Behavior of Heat Treated and Welded Specimens Process Metallurgy and Kinetic Behavior of Metallurgical Processes Bioleaching of Minerals Preparation and Characterization of Glass and Nanocomposites Surface Engineering Non-destructive Evaluation for Assessment of Fatigue Damage Joining of Materials Upgradation of low grade ore and subsequent metal exhaction Foundry Design Back To Top Laboratories Equipment Laboratories Equipment Chemical Analysis Wet Chemical Analysis infrastructure; Atomic Absorption Spectrophotometer; IR Spectrophotometer, UV-Vis, Scanning electron microscope (SEM) with EDAX, FESEM Computer Lab A fully integrated LAN with Pentium III & Pentium IV units, with standard Computational Software and Internet. Electro – Chemistry & Corrosion Stabilised D.C Supply; Potentiostat; Conductivity measurement Bridge; Stress Corrosion & Corrosion Fatigue Measurement setup. Extractive Metallurgy Laboratory Resistance Tube Furnace; Tube Furnace with Gas Cylinders, Vacuum Pump; Temperature Indicators & Controllers; Leaching Unit. Materials Laboratory High Temperature Atmosphere Control Furnace; Drier; BOD Incubator; High pressure Reactor; Humidity Control Chamber; Dt–40 Gas Chromatograph, TG-DTA Material Processing Laboratory Arc Welding equipments: MMAW, GMAW, GTAW, SAW; Diffusion Bonding Setup; Wear (ASTM 665) & Erosion Testing (ASTM) setup; SSRT; LCF. Mechanical Metallurgy Laboratory Hardness, Impact, Fatigue; Instron; Hot& Cold Rolling Mill; Wire Drawing unit; Hydraulic Press. Metallographic Laboratory Optical Microscopes (Research & Bench type); Standard Polishing and Dark room Facilities; Scanning Electron Microscope. Mineral Dressing Laboratory Crushing; Sizing; Grinding; Classification; Mixing units; Flotation; Jigging; Magnetic Separator X–ray & Metal Physics Laboratory Rigaku Ultima Diffractometer 1840; Powder Diffraction Cameras; Laue Camera; Radon House X-ray Generator for Camera work; High Vacuum Coating Unit; (VICO & Polaron); D.E Electromagnet with Flat & Tapered Pole Pieces and Measurement arrangements containing Ballistic Galvanometer; Hall Probe Gaussmeter, Demagnetiser; Pulse Field Magnetiser; Waveform Generator – Amplifier; Oscilloscope combination for Eddy Current Studies; Single Pan Suspension Balance; Ultrasonic Tester with Probes; Resistivity Bridge; Dilatometer. Back To Top Paper Published Year Number , 22-23, February 2013 1 2015 15 2014 34 2013 39 2012 24 2011 23 2010 21 2009 11 2008 10 2007 8 2006 5 2005 11 2004 10 2003 9 2002 4 2001 3 2000 5 1999 2 1998 1 1996 1 1995 1 1993 4 1992 3 1991 7 1990 2 1989 1 1988 1 1987 1 1986 2 1984 1 1982 1 1981 1 1980 1 1976 1 3 Back To Top Book Published Year Number 2013 1 2010 1 Back To Top Awards and Honours Year Number 2014 1 2012 1 2011 3 2010 1 2008 3 2006 1 2005 3 2001 1 1999 1 1990 1 Back To Top PHD Thesis Completed Year Number 6^p09^p2010 1 2015 5 2014 10 2013 4 2012 9 2011 3 2010 8 2009 7 2008 4 2007 8 2006 3 2005 2 2004 1 2003 1 2002 1 1999 1 1997 2 1996 1 1995 2 1990 1 1988 1 1987 1 1985 1 8 Back To Top Collaborative Programs Year Number 2009 2 2007 2 Back To Top Seminars Organized Year Number 2015 2 2014 5 2013 9 2012 5 2011 2 2010 2 2008 1 2006 1 Back To Top davido.extraxim@gmail.com