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Mochamad Nashrullah
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Nashrul.id@gmail.com
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+6285745063538
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INDONESIA
IJHCS
ISSN : 26151898     EISSN : 26158159     DOI : https://doi.org/10.31149/ijhcs.v7i1
The International Journal of Human Computing Studies (IJHCS) publishes original research over the whole spectrum of work relevant to the theory and practice of modern interactive systems of the contemporary world. IJHCS accepts papers in forms of original research articles, review articles, book reviews, case reports, and discussions to answer important and interesting questions of the innovative research points.
Articles 12 Documents
Search results for , issue "Vol. 2 No. 2 (2020): IJHCS" : 12 Documents clear
RURAL DEVELOPMENT BY WATER CONSERVATION Manjulakar B.H; Bansode I.B.; Budhale A.S.; Hadare S.S
International Journal of Human Computing Studies Vol. 2 No. 2 (2020): IJHCS
Publisher : Research Parks Publishing LLC

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.31149/ijhcs.v2i2.1164

Abstract

The water conservation measure has been suggested on the Piyali River basin area in Kultali Block of South 24th Parganas, West Bengal, India for rainwater harvesting based on field survey. In this study, the Basin of Piyali River, an estuarine river with regular tidal influx, with special emphasis on Kultali Block has been chosen for utilizing the water of the Piyali River during dry months and augmenting water supply through rainwater harvesting in the Kultali Block mouza-wise. Especially during flash floods the entire catchments used to be flooded. To eradicate the problem, in early post-independence time a master plan was prepared and implemented by the Irrigation Department to restrict the entry of tidal ingress by means of a major sluice gate and construction of similar sluices in each tributaries debouching to the Piyali River, to check the flood problem in the area as also to conserve rainwater for use in the lean periods. Unfortunately after thirty years of installation of the closure, the Piyali River remains saline during dry months thereby defeating the very important purpose of utilizing huge quantum of water for irrigation during dry months of the year. Consequently the present study suggests some measure to eradicate the salinity problem in the river. An extensive plan has been made on the basis of study for augmenting water supply through rain water harvesting with the help of ponds network. The measure needs to be implemented for irrigation facilities for multi cropping in the area of Kultali Block to make the water of Piyali River fresh. Thus the main objective is to provide a plan for augmenting irrigation water for the development of command area by considering either of individual land or community land block wise through rainwater harvesting structure ponds and also to suggest crop pattern and crop rotation according to water availability, quality and soil condition. The study attempts to delineate not only for enhancement of their economic return through pisciculture and improved cropping intensity during dry season for sustaining their livelihood but also reducing the salinity level of the Piyali River by selecting the location of the dyke in Piyali River for utilizing huge quantity of water for multi-cropping during lean period..
ECO-BRICK TECHNOLOGY Naikwadi W.M; Tolnure S.S; Ingale A.D; Ruhi A.R; Kamble P.S; Pawar P.R.
International Journal of Human Computing Studies Vol. 2 No. 2 (2020): IJHCS
Publisher : Research Parks Publishing LLC

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.31149/ijhcs.v2i2.1165

Abstract

In building construction brick is one of the major ingredients in the material used for construction. In the process of brick making, it has to be burn in kiln which introduced to evolve the CO2 gas in major quantity. This CO2 gas pollutes the environment. So the solution on this disadvantage of the burnt clay bricks is replacing the bricks with another material i.e. bricks made from waste plastic bottles. Today we need cost effective and environment friendly material which not pollute the environment. Therefore We can use the waste plastic bottles for making an affordable house. This project report consist of use of plastic waste bottle in construction as a brick which the bottles are filled with mixture of sand and soil with proportion of 40%-60% in three layers and tamp each layer with tamping rod by 25 blows and use as a brick in construction. Therefore, there were two types of experiments were used to evaluate the properties plastic bottle filled with sand and soil which are Compression test, temperature test in indoor and outdoor and humidity. The compression test conducts on 1000 ml, 600ml and 300 ml bottle. As a result all the bottles are achieving the strength over the permissible limit required for burn clay brick. The comparison of indoor and outdoor wall temperature, air Humidity between the plastic bottle green house and normal brick house has indicate that plastic bottle has recorded highest reading for outdoor wall temperature with 36°C and indoor temperature is 27°C . From these result it can be concluded that plastic bottle house have a potential to us this material in construction.

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