G-PFEM Numerical Assessment of Screw Pile Undrained Capacity

L. Monforte; Marcos Arroyo; Antonio Gens; Matteo Ciantia

doi:10.20933/100001123

G-PFEM Numerical Assessment of Screw Pile Undrained Capacity

L. Monforte (Lead / Corresponding author), Marcos Arroyo, Antonio Gens, Matteo Ciantia

Civil Engineering

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

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Abstract

This contribution describes a preliminary parametric analysis of the factors affecting the pull-out resistance of screw-piles in undrained conditions. The numerical simulations rely on the Particle Finite Element method, a method known for its capabilities to tackle large deformations and rapid changing boundaries at large strains. A total stress analysis –assuming a quasi-incompressible elastic model along with a Tresca plastic model- is used to simulate the clayey soil behavior. Contact constraints are imposed to the solution with a penalty approach. As a first step, a two-dimensional geometry is used and the pile resistance to pullout and penetratoin is assessed.

Original language	English
Title of host publication	ISSPEA 2019:
Subtitle of host publication	1st International Symposium on Screw Piles for Energy Applications
Editors	C. Davidson, M. J. Brown, J. A. Knappett, A. J. Brennan, C. Augarde, W. Coombs, L. Wang, D. Richards, D. White, A. Blake
Place of Publication	Dundee
Publisher	University of Dundee
Pages	95-100
Number of pages	6
DOIs	https://doi.org/10.20933/100001123
Publication status	Published - 27 May 2019

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10.20933/100001123

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Monforte, L., Arroyo, M., Gens, A., & Ciantia, M. (2019). G-PFEM Numerical Assessment of Screw Pile Undrained Capacity. In C. Davidson, M. J. Brown, J. A. Knappett, A. J. Brennan, C. Augarde, W. Coombs, L. Wang, D. Richards, D. White, & A. Blake (Eds.), ISSPEA 2019: 1st International Symposium on Screw Piles for Energy Applications (pp. 95-100). University of Dundee. https://doi.org/10.20933/100001123

Monforte, L. ; Arroyo, Marcos ; Gens, Antonio et al. / G-PFEM Numerical Assessment of Screw Pile Undrained Capacity. ISSPEA 2019: 1st International Symposium on Screw Piles for Energy Applications. editor / C. Davidson ; M. J. Brown ; J. A. Knappett ; A. J. Brennan ; C. Augarde ; W. Coombs ; L. Wang ; D. Richards ; D. White ; A. Blake. Dundee : University of Dundee, 2019. pp. 95-100

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abstract = "This contribution describes a preliminary parametric analysis of the factors affecting the pull-out resistance of screw-piles in undrained conditions. The numerical simulations rely on the Particle Finite Element method, a method known for its capabilities to tackle large deformations and rapid changing boundaries at large strains. A total stress analysis –assuming a quasi-incompressible elastic model along with a Tresca plastic model- is used to simulate the clayey soil behavior. Contact constraints are imposed to the solution with a penalty approach. As a first step, a two-dimensional geometry is used and the pile resistance to pullout and penetratoin is assessed.",

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Monforte, L, Arroyo, M, Gens, A & Ciantia, M 2019, G-PFEM Numerical Assessment of Screw Pile Undrained Capacity. in C Davidson, MJ Brown, JA Knappett, AJ Brennan, C Augarde, W Coombs, L Wang, D Richards, D White & A Blake (eds), ISSPEA 2019: 1st International Symposium on Screw Piles for Energy Applications. University of Dundee, Dundee, pp. 95-100. https://doi.org/10.20933/100001123

G-PFEM Numerical Assessment of Screw Pile Undrained Capacity. / Monforte, L. (Lead / Corresponding author); Arroyo, Marcos; Gens, Antonio et al.
ISSPEA 2019: 1st International Symposium on Screw Piles for Energy Applications. ed. / C. Davidson; M. J. Brown; J. A. Knappett; A. J. Brennan; C. Augarde; W. Coombs; L. Wang; D. Richards; D. White; A. Blake. Dundee: University of Dundee, 2019. p. 95-100.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

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N2 - This contribution describes a preliminary parametric analysis of the factors affecting the pull-out resistance of screw-piles in undrained conditions. The numerical simulations rely on the Particle Finite Element method, a method known for its capabilities to tackle large deformations and rapid changing boundaries at large strains. A total stress analysis –assuming a quasi-incompressible elastic model along with a Tresca plastic model- is used to simulate the clayey soil behavior. Contact constraints are imposed to the solution with a penalty approach. As a first step, a two-dimensional geometry is used and the pile resistance to pullout and penetratoin is assessed.

AB - This contribution describes a preliminary parametric analysis of the factors affecting the pull-out resistance of screw-piles in undrained conditions. The numerical simulations rely on the Particle Finite Element method, a method known for its capabilities to tackle large deformations and rapid changing boundaries at large strains. A total stress analysis –assuming a quasi-incompressible elastic model along with a Tresca plastic model- is used to simulate the clayey soil behavior. Contact constraints are imposed to the solution with a penalty approach. As a first step, a two-dimensional geometry is used and the pile resistance to pullout and penetratoin is assessed.

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Monforte L, Arroyo M, Gens A, Ciantia M. G-PFEM Numerical Assessment of Screw Pile Undrained Capacity. In Davidson C, Brown MJ, Knappett JA, Brennan AJ, Augarde C, Coombs W, Wang L, Richards D, White D, Blake A, editors, ISSPEA 2019: 1st International Symposium on Screw Piles for Energy Applications. Dundee: University of Dundee. 2019. p. 95-100 doi: 10.20933/100001123

G-PFEM Numerical Assessment of Screw Pile Undrained Capacity

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