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Effects of Office Building Height, Shape, and Orientation on Energy Performance in Bangladesh's Khulna City

Rakhi kashyap

Abstract


The structure is one of the main energy shoppers with contrast with different enterprises. Building Data demonstrating (BIM) is a compelling device for building energy examination during plan, development and functional stages. The primary motivation behind this study is to break down the impact of building level, shape and direction on energy execution. Complete forty quantities of reasonable BIM models were created via Autodesk Revit® 2015 with the primary impacting factors level, shape, and direction of the structure. The complete floor area of 57600 ft2, the absolute volume of 576000 ft3, all out quantities of tenant 214 and level of coating of 40% were saved consistent for all models. The level of the structure for each sort was shifted from 40ft to 200 ft. In this demonstrating, Autodesk Green Structure Studio (GBS) was utilized to perform energy examination. The finding uncovers that energy utilization is expanding with expanding the level of the structure. The concentrate additionally uncovers that the level up to 110 ft, rectangular structure with prolonged side looking in North/South course that implies rectangular(NS) type is more energy effective or more 110 ft round shape is likewise more energy productive than that of others. At last, the examination imagines the high capability of cutting edge BIM approach on supportable structure plan as a result of its superior presentation, openness and capacity limits.


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References


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