Adam Sciegaj

Doctoral student, Industrial and Materials Science, Material & Computational Mechanics

adam.sciegaj@chalmers.se Find me http://orcid.org/0000-0003-0856-8859

Adam is a doctoral student at the Department of Industrial and Materials Science, Division of Material and Computational Mechanics. His research is focused on creating a multiscale modelling framework for reinforced concrete structures. The aim is to extend the multiscale modelling approach to reinforced concrete and thus to enable the study of crack growth in detail in large scale structures, like e.g. bridges.

Teaching
Publications
Collaboration and projects

TME295/TME300 Solid mechanics

BOM580 Structures

Latest publications

2020
Upscaling of three-dimensional reinforced concrete representative volume elements to effective beam and plate models

Author: Adam Sciegaj; Peter Grassl; Fredrik Larsson; Kenneth Runesson; Karin Lundgren

Published: 2020

Published in: International Journal of Solids and Structures

Publication type: Journal article
On a volume averaged measure of macroscopic reinforcement slip in two-scale modeling of reinforced concrete

Author: Adam Sciegaj; Fredrik Larsson; Karin Lundgren; Kenneth Runesson

Published: 2020

Published in: International Journal for Numerical Methods in Engineering

Publication type: Journal article
Multiscale Modelling of Reinforced Concrete Structures

Author: Adam Sciegaj

Published: 2020

Published in:

Publication type: Doctoral thesis
2019
On periodic boundary conditions in Variationally Consistent Homogenisation of beams and plates

Author: Adam Sciegaj; Peter Grassl; Fredrik Larsson; Karin Lundgren; Kenneth Runesson

Published: 2019

Published in:

Publication type: Conference contribution
Two-scale modelling of reinforced concrete deep beams: Choice of unit cell and comparison with single-scale modelling

Author: Adam Sciegaj; Alexandre Mathern

Published: 2019

Published in: Advances in Engineering Materials, Structures and Systems: Innovations, Mechanics and Applications

Publication type: Paper in proceedings
On the micro-to-macro transition of reinforcement slip in two-scale modelling

Author: Adam Sciegaj; Fredrik Larsson; Karin Lundgren; Kenneth Runesson

Published: 2019

Published in:

Publication type: Conference contribution
A multiscale model for reinforced concrete with macroscopic variation of reinforcement slip

Author: Adam Sciegaj; Fredrik Larsson; Karin Lundgren; Filip Nilenius; Kenneth Runesson

Published: 2019

Published in: Computational Mechanics

Publication type: Journal article
2018
Ny metod för sprickmodellering i armerad betong

Author: Adam Sciegaj; Karin Lundgren; Fredrik Larsson; Filip Nilenius; Kenneth Runesson

Published: 2018

Published in: Bygg & teknik

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

Author: Adam Sciegaj; Fredrik Larsson; Karin Lundgren; Filip Nilenius; Kenneth Runesson

Published: 2018

Published in: International Journal for Numerical Methods in Engineering

Publication type: Journal article
Multiscale Modelling of Reinforced Concrete

Author: Adam Sciegaj

Published: 2018

Published in:

Publication type: Licentiate thesis
2016
Two-scale modelling of reinforced concrete

Author: Adam Sciegaj; Fredrik Larsson; Karin Lundgren; Filip Nilenius; Kenneth Runesson

Published: 2016

Published in:

Publication type: Conference contribution

Go to Chalmers publication library

Design with Regard to Explosion - Response of a structural system and equivalent 2DOF model

Projects
1/1/2019 — 12/31/2023

Multiscale modelling of textile reinforced concrete structure
Closed
1/1/2015 — 12/31/2018

Multiscale modelling of reinforced concrete structures

Page manager Published: Tue 25 Aug 2020.

Adam Sciegaj

Latest publications

2020

2019

2018

2016

Projects

Closed