Depth Wall and the Stability of Anchored Retaining Walls
Journal Title: Libyan Journal of Engineering Science and Technology - Year 2022, Vol 2, Issue 2
Abstract
This study aims to use PlAXIS 2D to model an anchored retaining wall with various combinations of the wall's behavior and to create a database that can satisfy Libya's needs for anchored retaining wall design. By using PLAXIS finite element software, the anchored wall's structural design takes into account the soil beneath the wall as well as the soil on its front and rear. Therefore, the purpose of this research is to examine the impact of depth walls on the behavior of anchored walls by employing various walls and loads behind the wall in terms of displacements, bending moments, stresses, and shear forces. The findings demonstrated the PLAXIS model's adaptability in reacting to various combinations of the wall and soil parameters, and also demonstrated distinct structural behavior by the anchored wall with each modification of the wall and soil characteristics. As a result, conclusions relating to various parameter combinations were generated for any associated future research.
Authors and Affiliations
Mohamad Gabar1 , Idrees Saad2 , Rabh Salem3 , Ibtisam. F. Abou-ajaila4 , Mohamed Ali5 , Osama Saleh5 , Muwayyid Abdullah5 , and Hafsah Mohammed5
Keywords
Related Articles
- EP ID EP716335
- DOI -
- Views 66
- Downloads 0
Petrophysical properties of the Mamuniyat Reservoir Sandstone in I-Oil Field -NC186 , Murzuq Basin-Libya
—This study is attentive on of Petrophysical properties of the Mamuniyat reservoir sandstone in I-Oil Field -NC186 which located in Murzuq Basin which is containing mainly sandstone with litter shale layer using well...
Supporting the National Innovation System: The Role of Participatory Mapping Activity with OpenStreetMap OSM
Nowadays, there has been growing recognition of the vital links between Innovation, collaborative intelligence, and social participation. The interaction between stakeholders is a significant driver for the flow of infor...
Petroleum Geochemistry of Harshah Formation from Bahr Essalam Field, Sabratah Basin, NW Libya
The goal of this work is to discuss the crude oil in the Harshah Formation (reservoir) in well C2-NC42 from Bahr Essalam Field, Sabratah Basin, NW Libya. Based on API classification the crude oil samples are classifi...
Primary Characteristics of The Pre-Miocene Dykes in Ghanima Area, Western Part of Al Khums District, (NW Libya)
This work has been accomplished through field observations in conjunction with the information obtained from thin sections. Two samples was taken for petrographic analysis. These two dykes cut older rocks of Abu Shayb...
Integration of Petrophysical and Sedimentological analysis of Aouinet Ouenine Formation, in South Wafa Field (NC169a), Ghadames Basin, Libya.
Geophysical and Wireline log analysis of the Middle Devonian Aouinet Ouenine F3 Sandston Member (main reservoir), in the south part of Wafa Field-NC169a (NW Libya), have been carried out on seven wells (A12,A13, A40,...