Skip to main content

Research Repository

Advanced Search

All Outputs (3)

Numerical Investigation into the effects of cavities on stability of slopes and seepage through earth dams under rapid drawdown condition (2020)
Thesis
Alateya, H. Numerical Investigation into the effects of cavities on stability of slopes and seepage through earth dams under rapid drawdown condition. (Thesis). University of Salford

The stability of dams and natural slopes is a significant and interesting issue and one of the key challenges in the civil engineering field. Cavities forming under earth structures are problematic in the field of geotechnical engineering and may lea... Read More about Numerical Investigation into the effects of cavities on stability of slopes and seepage through earth dams under rapid drawdown condition.

Response of soil–foundation–structure interaction of tall building (frame-wall) structural system under seismic effect (2019)
Thesis
Qaftan, O. (in press). Response of soil–foundation–structure interaction of tall building (frame-wall) structural system under seismic effect. (Thesis). University of Salford

The unavailability of standards or validated analysis techniques of estimating the soil -foundation-structure interaction (SFSI) lead to either simplifying or ignoring this interaction. The structural and geotechnical engineers consider the foundatio... Read More about Response of soil–foundation–structure interaction of tall building (frame-wall) structural system under seismic effect.

Velocity distribution prediction in rectangular and compound channels under smooth and rough flow conditions
Thesis
Alawadi, W. (in press). Velocity distribution prediction in rectangular and compound channels under smooth and rough flow conditions. (Thesis). University of Salford

Many practical problems in river engineering require predictions of velocity distributions in single and compound open channels. In this study, velocity distributions in rectangular and compound open channels under different flow regimes, in terms of... Read More about Velocity distribution prediction in rectangular and compound channels under smooth and rough flow conditions.