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Sudip Dey

Researcher at National Institute of Technology, Silchar

Publications -  179
Citations -  2642

Sudip Dey is an academic researcher from National Institute of Technology, Silchar. The author has contributed to research in topics: Finite element method & Monte Carlo method. The author has an hindex of 28, co-authored 155 publications receiving 1956 citations. Previous affiliations of Sudip Dey include North Eastern Hill University & Leibniz Institute for Neurobiology.

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Property alterations for fiber matrix composites using numerous surface treatments – A review

TL;DR: The inevitability of ordinary fiber reinforced materials is emergent at a precise speedy rate in line for the purpose of their defensible construction, dissolution, high specific strength, fruitfulness and earnest physical and mechanical properties.
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A machine learning approach to study randomness in enhanced tensile properties of KOH-treated jute fabric

TL;DR: In this paper , the probabilistic characterization of tensile strength of KOH treated jute fiber is conducted in the light of machine learning methods and the experimental results after surface treatment with KOH are utilized to determine the machine learning models.
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Environmental Education: The Need for a Perceptional Paradigm Shift

TL;DR: Although Environmental Education is central to efforts in Environmental Management and Conservation of Resources, it seems to have suffered a serious flaw in approach The approach in Environmental Education had always been condescending -the urban intellectuals patronizing the rural illiterate This very approach overlooks the fact that the latter are the genuine practitioners of environmental management, particularly for their livelihood and hence are more in touch with nature; the former inspite of their educational superiority, are highly alienated from nature and hence have a poor understanding of traditional practices in resource management as discussed by the authors.

Studies on the endocrine regulation of reproduction and ultra structure of brain and reproductive organs of muga silkworm antheraea assamensis, helfer (lepidoptera: saturniidae)

TL;DR: Application of JH-III and 20-E significantly enhanced fecundity from normal 100-115 eggs to 150-166 eggs per moth during different seasons and vitellogenin synthesis in the pupal, pharate adult, normal and retained eggs was significantly higher when the worms were treated with 20- E.