Tripura Institute of Technology

About: Tripura Institute of Technology is a based out in . It is known for research contribution in the topics: Electric power system & Renewable energy. The organization has 63 authors who have published 92 publications receiving 510 citations.

Tidal Energy As Emergent Energy Source: A Review

Abstract: Due to the high degradation of coal and fossil fuel, moving from conventional energy sources to renewable energy sources is not the option, it is a necessity if we don’t want to sacrifice our comfort in terms of using electrical energy based equipment / machinery. Now a day, wind and solar energy have already shown their enormous potential as energy sources throughout the world, but there are some other renewable sources i.e. geothermal, biofuel, biogas, biomass, hydropower (small), tidal power etc. which can stand their positions in the competitive market of renewable energy (with wind and solar energy). This paper exhibits the present scenario, availability and future potential of tidal energy in Indian power sector as well as India’s positions about the application of tidal energy in the global power sector.

Taguchi-based Optimization of Process Parameters for Quality Weld of Tungsten Inert Gas Bead-on Plate Welding on Low Carbon Steel

Abstract: It is of great significance to select appropriate welding process parameters and their limits for quality weld in any welding process. Optimization of any welding process variables is markedly difficult because welding is a multi-factors process, which is impacted by lots process unpredictability. In this study, a multi-response optimization process has been applied for Tungsten Inert Gas (TIG) bead-on plate welding on low carbon steel. Taguchi’s method has been introduced for the designing of experiments with the intension of reducing the number of experimental runs. Three welding process parameters—current (I) from 130-190A, traverse speed(S) 0.30-0.75 m/min and gas flow rate (Gf) 12-18 lit./min with a constant voltage 25 V were considered in this analysis. The weld bead geometry viz. weld penetration, weld bead width or thickness and haz (heat affected zone) thickness were measured and also investigated the grain sizes and hardness of haz. The ANOVA (analysis of variance method) has been introduced to assess the significance of the parameters on overall quality of the weldment. It shows the workability of the Grey-based Taguchi method in manufacturing world for ongoing development in product quality. It has been noticed that the process variables were seriously impacted on weld bead as well as hardness and grains size of the haz.

SCADA Based Real Time Reactive Power Compensation Scheme for Assessment and Improvement of Voltage Stability in Power System

Abstract: A SCADA based real-time reactive power compensation scheme has been presented in this paper to assess & improve voltage stability in electrical power system using closed loop feedback algorithm. The analysis includes power flow solution of electrical power network, identification of weaker segment of the network and the stability of has been investigated in terms of bus voltage magnitudes. This proposed SCADA based scheme for assessment and enhancement of voltage stability of power network also has been shown in this paper with reactive power compensation.

Dynamics of Politics and Poetics of Home: A Study of Manju Kapur’s Home

Abstract: The territory of the home is not only regarded in terms of physical space but also in terms of human affection and influence. The status of women within the social structure of their families and/or communities is paralleled as well as informed by their position in the physical structure of their houses and homes. An Indian woman is yet to seek an identity as a human being with equal status in the family in which she is born and in the family to which she is given in marriage. This research attempts to make a study of Manju Kapur’s novel Home to reveal many issues deeply rooted within a family and explore the dynamics of relationships that prevail in an Indian home. Nisha, the protagonist in the novel, tries to subvert age-old traditional norms and values of her home, which is symbolic of Indian society in microcosm, that threatens to subvert her existence as an individual. Manju Kapur’s women contest and defend their domestic territories because they are contesting not only for power, but for their self-esteem, identity and individuality. The home obviously is a gendered living space of an everyday life, and that young Indian women are not accepting traditional roles conferred by ‘home’ onto them passively; instead, they seem to be (re)traditionaliszing their strategies of housework and childcare responsibilities. Through this paper we wish to highlight that change in the traditional roles played by women in homes reproduces dynamics of politics of home thereby enhancing dynamics of poetics of home. The study of politics and poetics of home further analyses how the relationship between women and men as well as ideas about masculinity and femininity are shaped by the intersection of tradition and modernity. The study explores a dialogue between tradition and modernity with an aim to project yearning for autonomy and separate identity. Kapur poignantly shows the evolution of an Indian woman in the midst of the repressive patriarchal structure of an Indian home.

Clock gated round robin arbiter for noc router

Abstract: Network on chip is now a day the choice of a processor designer for transfer of data in a packet based communication system as conventional bus based communication medium is not scalable with the increasing numbers of cores. In an NoC system, each core is connected to a local router and all the routers are connected via communication links. The routers as well as the communication links consume a significant amount of power which is a major concern in an NoC based system. This has led to the work that has been proposed in this paper. In this paper, we propose a low power NoC router based on the principle of clock gating technique by modifying the arbiter block of the router and compare the result with conventional Round-Robin arbiter. Here, the concept of clock-gating has been used to modify the router which has led to the reduction of dynamic power. Article DOI: https://dx.doi.org/10.20319/mijst.2017.33.113124 This work is licensed under the Creative Commons Attribution-Non-commercial 4.0 International License. To view a copy of this license, visit http://creativecommons.org/licenses/by-nc/4.0/ or send a letter to Creative Commons, PO Box 1866, Mountain View, CA 94042, USA.