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Sreethu T K
Sreethu T K
Research Scholar
Verified email at iitkgp.ac.in
Title
Cited by
Cited by
Year
Zinc oxide with various surface characteristics and its role on mechanical properties, cure-characteristics, and morphological analysis of natural rubber/carbon black composites
S TK, K Naskar
Journal of Polymer Research 28 (5), 183, 2021
242021
Biologically derived metal–cysteine coordination complexes crosslink carboxylated nitrile rubber and enable room temperature self-healing, stretchability, and recyclability
M Das, TK Sreethu, S Pal, K Naskar
ACS Applied Polymer Materials 4 (9), 6414-6425, 2022
162022
Understanding the role of ZnO as activator in SBR vulcanizates: Performance evaluation with active, nano, and functionalized ZnO
TK Sreethu, M Das, AR Parathodika, AB Bhattacharya, K Naskar
Journal of Applied Polymer Science 140 (1), e53257, 2023
72023
Influence of molecular and crosslink network structure on vulcanizate properties of EPDM elastomers
AR Parathodika, TK Sreethu, P Maji, M Susoff, K Naskar
Express Polymer Letters 17 (7), 722-737, 2023
52023
Metal-Organic Framework: A smart replacement for conventional nanofillers for the enhancement of mechanical properties and thermal stability of SBR nanocomposite
J Joseph, TK Sreethu, S Mohanty, VK Gupta, AK Bhowmick
Rubber Chemistry and Technology 94 (3), 515-532, 2021
42021
Influence of active, nano, and functionalized zinc oxide particles on the mechanical, cytotoxicity, and thermal stability of carbon black filled SBR/NR blends
TK Sreethu, S Jana, NR Jana, K Naskar
Polymer Engineering & Science 63 (8), 2354-2370, 2023
22023
In-situ formation of ZnO anchored silica: Sustainable replacement of conventional ZnO in SBR/NR blends
ST Kumbalaparambil, AH Chandaparambil, K Naskar
Express Polymer Letters 17 (12), 1268-1285, 2023
12023
Influence of different mixing sequence on UHMW‐EPDM based thermoplastic vulcanizates: Mechanical, rheological and morphological characteristics
AB Bhattacharya, M Das, TK Sreethu, P Maji, K Naskar
Journal of Applied Polymer Science 139 (21), 52222, 2022
12022
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Articles 1–8