Although the settlement of deep foundations (piles) is not generally a concern if the piles are driven to refusal, settlement can become a design issue if no stiff substratum is encountered. This paper investigates the reliability-based design factors required for the serviceability limit state design of deep foundations. The goals of the paper are first to develop a probabilistic deep foundation model, which includes the effects of spatial variability and which is validated by simulation, and second to recommend the geotechnical resistance factors required to achieve specified target reliability indices against excessive settlement of deep foundations
This study proposes a reliability-based design (RBD) procedure to evaluate the allowable load for au...
textThe ability to manage risk in geotechnical engineering relies on a realistic assessment of the ...
Design of ground improvement by dry deep mixing to increase the stiffness of soft soil under embankm...
The evaluation of the serviceability performance of foundations is important for the geotechnical de...
In order to control serviceability problems arising from excessive settlement of shallow footings, g...
Shallow foundation designs are typically governed either by settlement, a serviceability limit state...
Serviceability limit state (SLS) considerations often govern the design of foundations. The objectiv...
The serviceability requirement in terms of total settlement can be expressed in terms of predicted s...
The method of incorporating the sources of parameter uncertainty is crucial when conducting probabil...
The design of a geotechnical work should satisfy both the ultimate limit state and serviceability li...
Current foundation design practice for serviceability limit states involves proportioning the founda...
This study proposes a reliability-based design (RBD) procedure to evaluate the allowable load for au...
Current foundation design practice for serviceability limit states involves proportioning the founda...
textThe ability to manage risk in geotechnical engineering relies on a realistic assessment of the ...
The design of a geotechnical work should satisfy both the ultimate limit state and serviceability li...
This study proposes a reliability-based design (RBD) procedure to evaluate the allowable load for au...
textThe ability to manage risk in geotechnical engineering relies on a realistic assessment of the ...
Design of ground improvement by dry deep mixing to increase the stiffness of soft soil under embankm...
The evaluation of the serviceability performance of foundations is important for the geotechnical de...
In order to control serviceability problems arising from excessive settlement of shallow footings, g...
Shallow foundation designs are typically governed either by settlement, a serviceability limit state...
Serviceability limit state (SLS) considerations often govern the design of foundations. The objectiv...
The serviceability requirement in terms of total settlement can be expressed in terms of predicted s...
The method of incorporating the sources of parameter uncertainty is crucial when conducting probabil...
The design of a geotechnical work should satisfy both the ultimate limit state and serviceability li...
Current foundation design practice for serviceability limit states involves proportioning the founda...
This study proposes a reliability-based design (RBD) procedure to evaluate the allowable load for au...
Current foundation design practice for serviceability limit states involves proportioning the founda...
textThe ability to manage risk in geotechnical engineering relies on a realistic assessment of the ...
The design of a geotechnical work should satisfy both the ultimate limit state and serviceability li...
This study proposes a reliability-based design (RBD) procedure to evaluate the allowable load for au...
textThe ability to manage risk in geotechnical engineering relies on a realistic assessment of the ...
Design of ground improvement by dry deep mixing to increase the stiffness of soft soil under embankm...