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Professor

Arup R. Bhattacharyya

Email: arupranjan[at]iitb[dot]ac[dot]in

Phone: (+91) (022) 2576 7634

Education: 

  • PhD: Polymer Blends, IIT Delhi, 2000 
  • M.Sc: Org. Chem., Bhopal University, 1994
Teaching

Some of the courses taught are: 

  1. Engineering Polymers and Composites of the Materials 
  2. Polymer Blends and Composites 
  3. Advanced Composites
Research profile

Prof. Bhattacharyya’s research interests are in the area of ‘ProcessingStructure­Property’ relationship studies in carbon nanotubes (CNTs) and graphene based polymer nanocomposites, wherein he has addressed the challenge of nanomaterial dispersion in polymer matrix. In this context, he has developed a novel organic dispersant to disperse agglomerate free nanomaterials in various polymer matrices, which could establish an adequate interfacial interaction between the polymer matrix and the nanomaterials. The method was extremely innovative and was adopted to commercially viable polymer processing technique viz. melt­mixing to prepare electrically conducting polymer nanocomposites of very high strength, modulus and thermal stability. Currently, he is working extensively on graphene, CNTs, h­BN, MoS2 based PVDF nanocomposites for piezoelectric applications. Prof. Bhattacharyya has collaborated with DMSRDE, Kanpur (DRDO laboratory) to develop melt­spun CNTs based polypropylene nanocomposite fibers. Further, he has also collaborated with Reliance Industries Ltd., Mumbai to develop electrically conducting

Research interest
  • Polymer Blends • Polymer Nanocomposites 
  • Piezoelectric and Triboelectric Polymer Nanocomposites
References

nanocomposites for electronic packaging applications. Moreover, he has collaborated with Gharda Chemicals, Mumbai to develop MWCNTs incorporated poly (aryl ether ketone) nanocomposites and their blends with ABPBI to achieve electrically conducting nanocomposites, which showed extremely high heat distortion temperature. He has also collaborated with Orica Pvt. Ltd., Australia to develop MWCNTs and graphene oxide based high internal phase emulsion of high thermal conductivity at ultra­low volume fraction of the nanomaterials.