Filip Nilenius

Publications (24)
Projects (2)

Showing 24 publications

2019

A multiscale model for reinforced concrete with macroscopic variation of reinforcement slip

Adam Sciegaj, Fredrik Larsson, Karin Lundgren et al

Computational Mechanics. Vol. 63 (2), p. 139-158

Journal article

Show project

2018

Ny metod för sprickmodellering i armerad betong

Adam Sciegaj, Karin Lundgren, Fredrik Larsson et al

Bygg & teknik. Vol. 110 (7), p. 46-48

Magazine article

Show project

2018

Two-scale finite element modelling of reinforced concrete structures: Effective response and subscale fracture development

Adam Sciegaj, Fredrik Larsson, Karin Lundgren et al

International Journal for Numerical Methods in Engineering. Vol. 114 (10), p. 1074-1102

Journal article

Show project

2017

Simulation of thermal load distribution in portal frame bridges

E. Gottsäter, Oskar Larsson Ivanov, M. Molnár et al

Engineering Structures. Vol. 143, p. 219-231

Journal article

2017

Punching/Shear Strength of a Full-scale Tested Bridge Deck Slab

Jiangpeng Shu, Mario Plos, Kamyab Zandi et al

IABSE Conference, Vancouver 2017: Engineering the Future - Report, p. 1750-1757

Paper in proceeding

2016

Shear force distribution in rc slabs subjected to punching: Solid nonlinear fe anlayses

Jiangpeng Shu, Mario Plos, Kamyab Zandi et al

fib Symposium, p. 1-9

Paper in proceeding

2016

Shear Force Distribution in RC Slabs Subjected To Punching: Solid Nonlinear FE Analyses

Jiangpeng Shu, Mario Plos, Kamyab Zandi et al

fib Symposium 2016, Cape Town (p. 55-58). Cape Town, South Africa.

Paper in proceeding

2016

Prediction of punching behaviour of RC slabs using continuum non-linear FE analysis

Jiangpeng Shu, Mario Plos, Kamyab Zandi et al

Engineering Structures. Vol. 125, p. 15-25

Journal article

2016

Prediction of punching behaviour of RC slabs using continuum nonlinear FE analysis

Jiangpeng Shu, Mario Plos, Kamyab Zandi et al

IABSE Congress Stockholm, 2016: Challenges in Design and Construction of an Innovative and Sustainable Built Environment, p. 1629-1636

Paper in proceeding

2016

Two-scale modelling of reinforced concrete

Adam Sciegaj, Fredrik Larsson, Karin Lundgren et al

Other conference contribution

Show project

2016

Recommendations for finite element analysis for design of reinforced concrete bridges

Mario Plos, C. Pacoste, Filip Nilenius

19th IABSE Congress Stockholm 2016: Challenges in Design and Construction of an Innovative and Sustainable Built Environment, Stockholm, Sweden, 21-23 September 2016, p. 2038-2041

Paper in proceeding

2015

Mesoscale modelling of crack-induced diffusivity in concrete

Filip Nilenius, Fredrik Larsson, Karin Lundgren et al

Computational Mechanics. Vol. 55 (2), p. 359-370

Journal article

2015

FE2 Method for Coupled Transient Diffusion Phenomena in Concrete

Filip Nilenius, Fredrik Larsson, Karin Lundgren et al

Journal of Engineering Mechanics - ASCE. Vol. 141 (2), p. Art. no. 04014110-

Journal article

2014

Moisture and Chloride Transport in Concrete

Filip Nilenius

Doctoral thesis

2014

Computational homogenization of diffusion in three-phase mesoscale concrete

Filip Nilenius, Fredrik Larsson, Karin Lundgren et al

Computational Mechanics. Vol. 54 (2), p. 461-472

Journal article

2013

A 3D/2D comparison between heterogeneous mesoscale models of concrete

Filip Nilenius, Fredrik Larsson, Karin Lundgren et al

RILEM Bookseries. Vol. 8, p. 249-259

Paper in proceeding

2013

Tredimensionell modellering av betongens heterogena sammansättning

Filip Nilenius, Fredrik Larsson, Karin Lundgren et al

Bygg & Teknik. Vol. 105 (7), p. 56-59

Magazine article

2013

Macroscopic diffusivity in concrete determined by computationalhomogenization

Filip Nilenius, Fredrik Larsson, Karin Lundgren et al

International Journal for Numerical and Analytical Methods in Geomechanics. Vol. 37 (11), p. 1535-1551

Journal article

2012

Determining effective diffusion properties of concrete through mesoscale analysis

Filip Nilenius, Fredrik Larsson, Karin Lundgren et al

Microstructural-related Durability of Cementitious Composites: Second international conference (2), p. 214-

Paper in proceeding

2011

Chloride transport in concrete modeled by the FE^2-method

Filip Nilenius, Fredrik Larsson, Karin Lundgren et al

Proceedings of NSCM-24, the 24th Nordic Seminar on Computational Mechanics. Vol. 24, p. 107-110

Other conference contribution

2011

A multi-scale method for modeling of moisture and chloride ion transport in concrete

Filip Nilenius, Fredrik Larsson, Karin Lundgren et al

Nordic Concrete Research. Vol. XXI

Other conference contribution

2011

On Mesoscale Modelling of Coupled Chloride-Moisture Transport in Concrete

Filip Nilenius

Licentiate thesis

2010

Modeling of mass transfer in the micro-structure of concrete: Towards computational homogenization within a FE2-strategy

Filip Nilenius, Fredrik Larsson, Karin Lundgren et al

Proceedings of NSCM-23: the 23rd Nordic Seminar on Computational Mechanics (Number: 23), p. 322-325

Other conference contribution

2010

Modellering och simulering av fukt- och kloridjonstransport i betongens mikrostruktur

Filip Nilenius, Fredrik Larsson, Karin Lundgren et al

Bygg & Teknik. Vol. 102 (7), p. 50-54

Magazine article

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Showing 2 research projects

2015–2018

Multiscale modelling of reinforced concrete structures

Karin Lundgren Civil and Environmental Engineering

Filip Nilenius Structural Engineering

Fredrik Larsson Material and Computational Mechanics

Kenneth Runesson Material and Computational Mechanics

Adam Sciegaj Structural Engineering

Swedish Research Council (VR)

11 publications exist

2012–2017

Load Carrying Capacity of Existing Bridge Deck Slabs

Mario Plos Structural Engineering

Karin Lundgren Civil and Environmental Engineering

Kent Gylltoft Structural Engineering

Morgan Johansson Structural Engineering

Filip Nilenius Structural Engineering

Kamyab Zandi Structural Engineering

Jiangpeng Shu Structural Engineering

Swedish Transport Administration

There might be more projects where Filip Nilenius participates, but you have to be logged in as a Chalmers employee to see them.