Assessing the Efficiency of BubbleDeck in Modern Constructions Innovations in Structural Design and Environmental Sustainability
Stephen Simon Gideon
Department of Civil Engineering, Jain University,
Faculty of Engineering and Technology, Jakkasandra Post Bengaluru- Kanakapura Main Road, Ramanagara District- 562112, India.
Abstract
The newest technology of BubbleDeck has discovered a wiser way of construction that is not only resource-friendly and more intelligent but also friendly to the environment. Focusing on how this technology impacts construction practice in terms of the consumption of materials, design of structural systems, and sustainability as well in relation to the latter with its approach to partly substituting concrete in slabs with hollow plastic spheres, the essay adopts a close perspective. This design, therefore, shall reduce the use of concrete without losing any strength that makes slabs light and relatively easy to handle. Thus, it will minimize material cost as well as construction time, saving time and labor. The review highlights the revolutionary ways in which BubbleDeck alters structural design. This is possible in such lightweight slabs, and far more flexibility exists in design, where more extended spans are achieved by the architect and engineers. Some examples based on real projects that illustrate how BubbleDeck can solve complex problems in the building design process while enhancing the performance building will do. Environmental benefits are also significant as less volume of concrete will be used, hence less carbon emission during the manufacturing and transportation processes, thereby giving construction projects a better carbon footprint in general. A comparison is also drawn with conventional methods to outline how BubbleDeck could support the idea of more sustainable building practices. Some technical difficulties and lack of wider application aspects are discussed in the review. These are the secrets to its further use. This is, therefore paving the way for the more efficient and eco-friendly construction. It brings forth several challenges but yet promises much in the future and an environment to be better maintained than now.
Keywords: Sustainable Construction,Material Consumption,Structural Design,Lightweight Slabs,Carbon Footprint.
