Intelligent 3d Printing for Sustainable Construction

Abstract

Buildings are constructed layer by layer using the 3D printing technique, which involves extruding mortar through a large-scale 3D printer. The motivation behind this study is to examine the capability of 3D imprinting in the structure area and its overall population's view. This study looks at the developing utilization of 3D printing in the development area, accentuating the potential impacts and hardships the area might experience. This study takes a gander at how 3D printing can possibly totally change ordinary structure procedures, highlighting both its cost-saving and sustainability advantages. Reducing material waste, addressing the global housing shortage, and lowering greenhouse gas emissions are all covered. The study investigates the factors influencing interest in and investment in 3D printing technology through in-depth literature reviews and interviews with professionals in the field. It also examines common misunderstandings about 3D printed structures and identifies areas that require more study, particularly in the areas of environmental concerns and material development. Among these misconceptions are the notions that the process is "unfinished" or that all 3D printed homes must have the same appearance. This study intends to inform the general advantages and difficulties of the technique in the quest for better sustainable and effective building practices by offering insights into the future market for 3D printing.