Design of 100m Reinforced Concrete Retaining Wall Along National Highway Brgy. Banang, General Luna, Quezon.

Retaining walls, designed to hold soil masses laterally. is a crucial part of many engineering projects. This review delves into the intricate study study of these walls to unveil their secrets and disclose their inner workings. At the core of this inquiry is the strong face of lateral earth pressure, which has a major impact on the design and analysis of retaining walls. Furthermore. This study investigates the critical components of stability by testing the wall's ability to bear the dangers of slipping and toppling. Retaining walls serve as strong barriers that must remain stable in the face of nature's overwhelming might. They play the crucial role of keeping the restless earth in check, preventing it from giving in to its innate desire to yield to gravity's pull. But in their noble endeavor, they come up against several opponents who are all trying to test their bravery and resiliency. Its fate is determined in part by the level of the water concealed behind the wall, the size of its base, and the soil it firmly supports. These factors, which are entangled in a difficult dance of balance and dependencies, ultimately determine the fate of the retaining wall and the security of the land it stubbornly guards.