Abstract
In the construction industry, the implementation of Lean Construction has emerged as a revolutionary approach, promoting not just efficiency and economy, but also a transformation in quality and sustainability within the sector. While Lean principles are well-established in traditional construction practices, their application to unconventional construction methods, such as the use of in-situ molded concrete walls, remains a relatively unexplored field promising significant advancement. This article presents a meticulous bibliographic review, investigating the applicability and benefits of Lean principles in such unconventional methods, with special attention to concrete walls, which represent a potential for optimization across multiple dimensions of construction. The review seeks to elucidate how the adoption of these practices can lead to substantial improvements, contributing to the evolution of civil construction towards more agile, economical, and environmentally responsible processes, thus aligning with the growing demands for buildings that are not only functionally superior but also ecologically aware and adaptable to future needs.
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