ASRIC Journal of Engineering Sciences
ISSN: 2795-3548
EISSN: 2795-3556
Current Issue
ASRIC Journal of Engineering Sciences 2022 v3-i1
This research work was conducted to Characterize the Physicochemical property of lye-extract from wood sawdust and its alternative use in soap-making. The lye extracted from the ashes of the Hard-wood sawdust served as a raw material for the production of liquid and bar soap and its physicochemical property when examined gave Density (D) as 1.00kg/m3 , pH is 7.5, Water content is 53.6% and Viscosity (V) is 2.672 cSt.
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ASRIC Journal of Engineering Sciences 2022 v2-i2
The current research presents an experimental, analytical and finite element investigation to study shear enhancement of flat plates by shear heads. Experimental results of nine half-scale concrete flat plate specimens were tested. Three different column aspect ratio were tested in the current study as follows: 1:1, 2:1 and 4:1. Two different lengths of shear heads from column face equal to 2.00d and 2.60d were examined with change of column aspect ratios in which "d" is flat plate depth. Structural behaviors were evaluated in terms of overall load-deflection response, ultimate loading capacity and ductility.
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ASRIC Journal of Engineering Sciences 2021 v1-i2
In various engineering devices, a considerable amount of thermal energy has to be dissipated through a small area using extended surfaces referred to as fins. The insufficient rate of thermal energy dissipation in heat exchangers has created a high demand for more powerful engines in smaller hood spaces. For this reason, a two-phased study was carried out to examine the relationship between varying fin shapes and their heat transfer performance, considering three selected geometric shapes namely, rectangular, triangular, and trapezoidal.
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ASRIC Journal of Engineering Sciences 2021 v2-i1
This study presents the key BIM implementation strategies for public infrastructure projects in developing countries, with an emphasis in the Ethiopian construction sector to enhance sustainability in the built environment. An empirical research approach was conducted using a structured questionnaire survey, initially validated though both content analysis.
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