Relationship between reactive soil movement and footing deflection: A coupled hydro-mechanical finite element modelling perspective
Supporting footings of lightweight buildings on reactive soils are susceptible to damage
induced by the cyclic shrink-swell movement of the ground, causing extensive financial …
induced by the cyclic shrink-swell movement of the ground, causing extensive financial …
[引用][C] Relationship between reactive soil movement and footing deflection: a coupled hydro-mechanical finite element modelling perspective
B Teodosio, KSK Baduge, P Mendis - Computers and Geotechnics, 2020 - vuir.vu.edu.au
[PDF][PDF] Relationship between reactive soil movement and footing deflection: A coupled hydro-mechanical finite element modelling perspective
B Teodosio, KSK Baduge, P Mendis - Computers and Geotechnics, 2020 - drive.google.com
Supporting footings of lightweight buildings on reactive soils are susceptible to damage
induced by the cyclic shrink-swell movement of the ground, causing extensive financial …
induced by the cyclic shrink-swell movement of the ground, causing extensive financial …
Relationship between reactive soil movement and footing deflection: A coupled hydro-mechanical finite element modelling perspective
B Teodosio, KSK Baduge… - Computers and …, 2020 - ui.adsabs.harvard.edu
Supporting footings of lightweight buildings on reactive soils are susceptible to damage
induced by the cyclic shrink-swell movement of the ground, causing extensive financial …
induced by the cyclic shrink-swell movement of the ground, causing extensive financial …