Add to ORKGFinite element analyses using Plaxis 2D were carried out to evaluate the effects of various design parameters on strut forces for braced excavation in stiff clay deposits. The design parameters to be analysed includes wall stiffness, depth to hard stratum, depth of embedment, stiffness of wall and the shear strength of soil. The results of the strut loads obtained from the FEM analysis will be compared with Peck‟s Apparent Pressure Diagram (APD).Bachelor of Engineering (Civil
The study of the effects of varying certain parameters, such as soil strength, thickness of diaphrag...
The Finite Element Method is commonly used to analyse braced excavations to ensure the stability of ...
As Singapore continues to develop and advance with globalisation, more people from around the world ...
Finite element analyses using Plaxis 2D were carried out to evaluate the effects of various design p...
Due to the constraints of land area in Singapore, there is a need to excavate deeper underground to ...
Most numerical studies published for braced excavations involve soft to stiff clays, but few studies...
Over the years, there has been a surge in demand for development and infrastructural needs, and as a...
In a densely populated country like Singapore, the need for land space becomes more and more critica...
Braced excavation is increasingly adopted to construct deep underground structures in built-up metro...
A major consideration in the design of excavation systems is the behavior of the retaining wall syst...
Construction work of many projects in urban areas requires deep braced excavations, under which circ...
Apparent Pressure Diagram (APD) was used in many strutting system designs in the past. It provides g...
A major consideration in the design of excavation systems is the behavior of the retaining wall syst...
This report presents the analysis of the behavior of braced excavation for the situation of one-stru...
In this study, the finite element software PLAXIS 2D software is used to study the behavior of deep ...
The study of the effects of varying certain parameters, such as soil strength, thickness of diaphrag...
The Finite Element Method is commonly used to analyse braced excavations to ensure the stability of ...
As Singapore continues to develop and advance with globalisation, more people from around the world ...
Finite element analyses using Plaxis 2D were carried out to evaluate the effects of various design p...
Due to the constraints of land area in Singapore, there is a need to excavate deeper underground to ...
Most numerical studies published for braced excavations involve soft to stiff clays, but few studies...
Over the years, there has been a surge in demand for development and infrastructural needs, and as a...
In a densely populated country like Singapore, the need for land space becomes more and more critica...
Braced excavation is increasingly adopted to construct deep underground structures in built-up metro...
A major consideration in the design of excavation systems is the behavior of the retaining wall syst...
Construction work of many projects in urban areas requires deep braced excavations, under which circ...
Apparent Pressure Diagram (APD) was used in many strutting system designs in the past. It provides g...
A major consideration in the design of excavation systems is the behavior of the retaining wall syst...
This report presents the analysis of the behavior of braced excavation for the situation of one-stru...
In this study, the finite element software PLAXIS 2D software is used to study the behavior of deep ...
The study of the effects of varying certain parameters, such as soil strength, thickness of diaphrag...
The Finite Element Method is commonly used to analyse braced excavations to ensure the stability of ...
As Singapore continues to develop and advance with globalisation, more people from around the world ...