Add to ORKGAbstract: Practical reliability-based designs are illustrated for a footing foundation and an anchored sheet-pile wall. Unlike limit state design using specified partial factors, a reliability-based design is able to reflect varying parametric sensitivities from case to case, in addition to accounting for the standard deviations and the correlation structure of the input parameters.
Shallow foundation designs are typically governed either by settlement, a serviceability limit state...
The paper demonstrates reliability-based design for tensile rupture and pullout limit states for mec...
In this paper the use of probability theory in reliability based optimum design of reinforced gravit...
Eurocode 7 had been introduced to supersede British Standards and used in geotechnical designs of ci...
The most important thing for engineers is the safety of the structure. To obtain safe structure, the...
Serviceability limit state (SLS) considerations often govern the design of foundations. The objectiv...
Reliability-based design (RBD) can play a useful complementary role to overcome some limitations in ...
Performance design concept which describes the target performances of a structure for various load f...
Retaining walls are one of the important structures in nearshore environment and are generally desig...
The load and resistance factor design (LRFD) approach employed in geotechnical design codes is often...
In geotechnical engineering design decisions are made under a great deal of uncertainties as, for in...
Load and resistance factor design (LRFD) approach for the design of reinforced soil walls is present...
The paper demonstrates reliability-based design (RBD) and analysis for tensile strength (rupture) an...
Retaining wall design is crucial for modern construction works that requires stabilization for modif...
ABSTRACT: Traditionally, the reliability of retaining walls is achieved through the use of safety fa...
Shallow foundation designs are typically governed either by settlement, a serviceability limit state...
The paper demonstrates reliability-based design for tensile rupture and pullout limit states for mec...
In this paper the use of probability theory in reliability based optimum design of reinforced gravit...
Eurocode 7 had been introduced to supersede British Standards and used in geotechnical designs of ci...
The most important thing for engineers is the safety of the structure. To obtain safe structure, the...
Serviceability limit state (SLS) considerations often govern the design of foundations. The objectiv...
Reliability-based design (RBD) can play a useful complementary role to overcome some limitations in ...
Performance design concept which describes the target performances of a structure for various load f...
Retaining walls are one of the important structures in nearshore environment and are generally desig...
The load and resistance factor design (LRFD) approach employed in geotechnical design codes is often...
In geotechnical engineering design decisions are made under a great deal of uncertainties as, for in...
Load and resistance factor design (LRFD) approach for the design of reinforced soil walls is present...
The paper demonstrates reliability-based design (RBD) and analysis for tensile strength (rupture) an...
Retaining wall design is crucial for modern construction works that requires stabilization for modif...
ABSTRACT: Traditionally, the reliability of retaining walls is achieved through the use of safety fa...
Shallow foundation designs are typically governed either by settlement, a serviceability limit state...
The paper demonstrates reliability-based design for tensile rupture and pullout limit states for mec...
In this paper the use of probability theory in reliability based optimum design of reinforced gravit...