Author: Gustavo Padros
2020
2019
2018
2013
Application of the principle of natural proportionality to the design of screw piles installed in cohesive soils
Gustavo Padros, Hector Ibarra
Influence of helix geometry on the cylindrical shear resistance of screw piles installed in granular soils based on direct shear tests
Gustavo Padros
Slip plane analyses for cohesive soils with anisotropic undrained shear strength
Gustavo Padros
Gustavo Padros, Hector Ibarra
Influence of helix geometry on the cylindrical shear resistance of screw piles installed in granular soils based on direct shear tests
Gustavo Padros
Slip plane analyses for cohesive soils with anisotropic undrained shear strength
Gustavo Padros
2012
Assessment of Screw Pile Lateral Load Performance in Cohesive Soils Considering Disturbance due to Installation
Gustavo Padros, John Liu, Richard Schmidt, Ufuoma Oki
Predicted and Measured Compressive Capacity and Torque of Large Helix Diameter Screw Piles in Stiff to Very Stiff Cohesive Soils
Gustavo Padros, Bien Dinh, Baocheng Li, Richard Schmidt
Gustavo Padros, John Liu, Richard Schmidt, Ufuoma Oki
Predicted and Measured Compressive Capacity and Torque of Large Helix Diameter Screw Piles in Stiff to Very Stiff Cohesive Soils
Gustavo Padros, Bien Dinh, Baocheng Li, Richard Schmidt
2008
Compressive pile load tests on continuous flight auger piles and on a driven timber pile in silty clay soils in High Prairie, Alberta
Gustavo Padros, Dimitri Papanicolas
An evaluation of pile load capacity estimates using CPTu and DMT methods in silty clay in High Prairie, Alberta
Ivan R Cruz, John A Howie, Gustavo Padros, Dimitri Papanicolas, Ilmar A Weemees
Gustavo Padros, Dimitri Papanicolas
An evaluation of pile load capacity estimates using CPTu and DMT methods in silty clay in High Prairie, Alberta
Ivan R Cruz, John A Howie, Gustavo Padros, Dimitri Papanicolas, Ilmar A Weemees