The method of characteristics was used to generate passive earth pressure coefficients for an inclined wall retaining cohesionless backfill material in the presence of pseudostatic horizontal earthquake body forces. The variation of the passive earth pressure coefficients K-pq and K-pgamma with changes in horizontal earthquake acceleration coefficient due to the components of soil unit weight and surcharge pressure, respectively, has been obtained; a closed-form solution for K-pq is also provided. The passive earth resistance has been found to decrease sharply with an increase in the magnitude of horizontal earthquake acceleration. The computed passive earth pressure coefficients were found to be the lowest when compared to all of the previ...
The dynamic passive earth pressure as a resistance to the retaining wall movement is often required ...
Calculation of seismic earth pressure is important for design of retaining walls in earthquake-prone...
A numerical method is developed to evaluate the passive earth pressure coefficients for an inclined ...
The method of characteristics was used to generate passive earth pressure coefficients for an inclin...
By taking the failure surface as a combination of the arc of a logarithmic spiral and a straight lin...
Seismic passive earth pressure coefficients were computed by the method of limit equilibrium using ...
: In the presence of pseudo-static seismic forces, passive earth pressure coefficients behind retain...
In earthquake prone areas, understanding of the seismic passive earth resistance is very important f...
© 2017 Elsevier Ltd Evaluation of seismic passive earth pressure is an important topic of research i...
Computation of seismic passive resistance and its point of application is an important aspect of sei...
Passive resistance is a significantly important factor for successful design and performance of vari...
A numerical protocol was developed for the evaluation of the passive earth-pressure coefficients (K-...
To design a retaining wall, conventional Mononobe-Okabe method, which is based on the pseudo-static ...
The sparsity of examination of seismic passive earth pressure acting on retaining wall holding soil ...
This technical note describes the derivation of an analytical expression for the total active force ...
The dynamic passive earth pressure as a resistance to the retaining wall movement is often required ...
Calculation of seismic earth pressure is important for design of retaining walls in earthquake-prone...
A numerical method is developed to evaluate the passive earth pressure coefficients for an inclined ...
The method of characteristics was used to generate passive earth pressure coefficients for an inclin...
By taking the failure surface as a combination of the arc of a logarithmic spiral and a straight lin...
Seismic passive earth pressure coefficients were computed by the method of limit equilibrium using ...
: In the presence of pseudo-static seismic forces, passive earth pressure coefficients behind retain...
In earthquake prone areas, understanding of the seismic passive earth resistance is very important f...
© 2017 Elsevier Ltd Evaluation of seismic passive earth pressure is an important topic of research i...
Computation of seismic passive resistance and its point of application is an important aspect of sei...
Passive resistance is a significantly important factor for successful design and performance of vari...
A numerical protocol was developed for the evaluation of the passive earth-pressure coefficients (K-...
To design a retaining wall, conventional Mononobe-Okabe method, which is based on the pseudo-static ...
The sparsity of examination of seismic passive earth pressure acting on retaining wall holding soil ...
This technical note describes the derivation of an analytical expression for the total active force ...
The dynamic passive earth pressure as a resistance to the retaining wall movement is often required ...
Calculation of seismic earth pressure is important for design of retaining walls in earthquake-prone...
A numerical method is developed to evaluate the passive earth pressure coefficients for an inclined ...