Towards design rules for rectangular silo filling pressures
JM Rotter, RJ Goodey, CJ Brown - Engineering Structures, 2019 - Elsevier
An experimentally validated finite element model of filling pressures in rectangular silos with
flexible walls is used to predict the stress regime in the stored solid in squat and …
flexible walls is used to predict the stress regime in the stored solid in squat and …
[PDF][PDF] Towards design rules for rectangular silo filling pressures
JM Rotter, RJ Goodey, CJ Brown - Engineering Structures, 2019 - academia.edu
An experimentally validated finite element model of filling pressures in rectangular silos with
flexible walls is used to predict the stress regime in the stored solid in squat and …
flexible walls is used to predict the stress regime in the stored solid in squat and …
Towards design rules for rectangular silo filling pressures
JM Rotter, RJ Goodey, CJ Brown - Engineering Structures, 2019 - ui.adsabs.harvard.edu
An experimentally validated finite element model of filling pressures in rectangular silos with
flexible walls is used to predict the stress regime in the stored solid in squat and …
flexible walls is used to predict the stress regime in the stored solid in squat and …
[PDF][PDF] ORCID: 0000-0002-9166-8393 and Brown, CJ (2019). Towards design rules for rectangular silo filling pressures
JM Rotter, RJ Goodey - Engineering Structures - core.ac.uk
An experimentally validated finite element model of filling pressures in rectangular silos with
flexible walls is used to predict the stress regime in the stored solid in squat and …
flexible walls is used to predict the stress regime in the stored solid in squat and …
Towards design rules for rectangular silo filling pressures
JM Rotter, RJ Goodey, CJ Brown - Engineering Structures, 2019 - eprints.kingston.ac.uk
An experimentally validated finite element model of filling pressures in rectangular silos with
flexible walls is used to predict the stress regime in the stored solid in squat and …
flexible walls is used to predict the stress regime in the stored solid in squat and …
Towards design rules for rectangular silo filling pressures
JM Rotter, RJ Goodey, CJ Brown - Engineering Structures, 2019 - openaccess.city.ac.uk
An experimentally validated finite element model of filling pressures in rectangular silos with
flexible walls is used to predict the stress regime in the stored solid in squat and …
flexible walls is used to predict the stress regime in the stored solid in squat and …
[PDF][PDF] Towards design rules for rectangular silo filling pressures
JM Rotter, RJ Goodey, CJ Brown - 2019 - bura.brunel.ac.uk
An experimentally validated finite element model of filling pressures in rectangular silos with
flexible walls is used to predict the stress regime in the stored solid in squat and …
flexible walls is used to predict the stress regime in the stored solid in squat and …
[PDF][PDF] Towards design rules for rectangular silo filling pressures
JM Rotter, RJ Goodey, CJ Brown - Engineering Structures, 2019 - openaccess.city.ac.uk
An experimentally validated finite element model of filling pressures in rectangular silos with
flexible walls is used to predict the stress regime in the stored solid in squat and …
flexible walls is used to predict the stress regime in the stored solid in squat and …
Towards design rules for rectangular silo filling pressures
JM Rotter, RJ Goodey, CJ Brown - Engineering Structures, 2019 - eprints.kingston.ac.uk
An experimentally validated finite element model of filling pressures in rectangular silos with
flexible walls is used to predict the stress regime in the stored solid in squat and …
flexible walls is used to predict the stress regime in the stored solid in squat and …