Malin Wohlert

SI och det komplexa universitetsmaskineriet: Befästning genom kommunikation

Koerfer, Ebba; Caleman, Carl; Hahlin, Maria; Wohlert, Malin

2025

Analysing π-π stacking interactions in lignin nanoparticles from molecular simulations – insights and lessons learned

Hackenstrass, Klara; Tabudlong Jonasson, Nil; Hartwig-Nair, Marie; Rosén, Tomas et al.

Part of Faraday discussions, 2025

• DOI for Analysing π-π stacking interactions in lignin nanoparticles from molecular simulations – insights and lessons learned
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Lignin Hygroexpansion in Compression and Opposite Wood: a Molecular Dynamics study

Hartwig-Nair, Marie; Nasedkin, Alexandr; Hackenstrass, Klara; De Santis, Emiliano et al.

Part of Wood Science and Technology, 2025

• DOI for Lignin Hygroexpansion in Compression and Opposite Wood: a Molecular Dynamics study
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Softwood branches modelled as a composite beam of compression and opposite wood: investigation of bending resistance

Hartwig, Marie; Gamstedt, E. Kristofer; Florisson, Sara; Wohlert, Malin

Part of Wood Material Science & Engineering, p. 979-986, 2024

• DOI for Softwood branches modelled as a composite beam of compression and opposite wood: investigation of bending resistance
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Characterisation of hygroelastic properties of compression and opposite wood found in branches of Norway spruce

Hartwig, Marie; Florisson, Sara; Wohlert, Malin; Gamstedt, Kristofer

Part of Wood Science and Technology, p. 887-906, 2024

• DOI for Characterisation of hygroelastic properties of compression and opposite wood found in branches of Norway spruce
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Analysing π-π stacking interactions in lignin nanoparticles from molecular simulations – insights and lessons learned

Hackenstrass, Klara; Tabudlong Jonasson, Nil; Hartwig-Nair, Marie; Rosén, Tomas et al.

Part of Faraday discussions, 2025

• DOI for Analysing π-π stacking interactions in lignin nanoparticles from molecular simulations – insights and lessons learned
• Download full text (pdf) of Analysing π-π stacking interactions in lignin nanoparticles from molecular simulations – insights and lessons learned

Lignin Hygroexpansion in Compression and Opposite Wood: a Molecular Dynamics study

Hartwig-Nair, Marie; Nasedkin, Alexandr; Hackenstrass, Klara; De Santis, Emiliano et al.

Part of Wood Science and Technology, 2025

• DOI for Lignin Hygroexpansion in Compression and Opposite Wood: a Molecular Dynamics study
• Download full text (pdf) of Lignin Hygroexpansion in Compression and Opposite Wood: a Molecular Dynamics study

Softwood branches modelled as a composite beam of compression and opposite wood: investigation of bending resistance

Hartwig, Marie; Gamstedt, E. Kristofer; Florisson, Sara; Wohlert, Malin

Part of Wood Material Science & Engineering, p. 979-986, 2024

• DOI for Softwood branches modelled as a composite beam of compression and opposite wood: investigation of bending resistance
• Download full text (pdf) of Softwood branches modelled as a composite beam of compression and opposite wood: investigation of bending resistance

Characterisation of hygroelastic properties of compression and opposite wood found in branches of Norway spruce

Hartwig, Marie; Florisson, Sara; Wohlert, Malin; Gamstedt, Kristofer

Part of Wood Science and Technology, p. 887-906, 2024

• DOI for Characterisation of hygroelastic properties of compression and opposite wood found in branches of Norway spruce
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Structure, flexibility and hydration properties of lignin dimers studied with Molecular Dynamics simulations

Hackenstrass, Klara; Hasani, Merima; Wohlert, Malin

Part of Holzforschung, p. 98-108, 2024

• DOI for Structure, flexibility and hydration properties of lignin dimers studied with Molecular Dynamics simulations
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Microscopic computed tomography aided finiteelement modelling as a methodology to estimatehygroexpansion coefficients of wood: a case studyon opposite and compression wood in softwoodbranches

Florisson, Sara; Hartwig, Marie; Wohlert, Malin; Gamstedt, Erik Kristofer

Part of Holzforschung, 2023

• DOI for Microscopic computed tomography aided finiteelement modelling as a methodology to estimatehygroexpansion coefficients of wood: a case studyon opposite and compression wood in softwoodbranches
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Charge State Dependence of Amino Acid Propensity at Water Surface: Mechanisms Elucidated by Molecular Dynamics Simulations

Herboth, Radost; Gopakumar, Geethanjali; Caleman, Carl; Wohlert, Malin

Part of Journal of Physical Chemistry A, p. 4705-4714, 2021

• DOI for Charge State Dependence of Amino Acid Propensity at Water Surface: Mechanisms Elucidated by Molecular Dynamics Simulations
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Propensity, free energy contributions and conformation of primary n-alcohols at a water surface

Ekholm, Victor; Caleman, Carl; Hub, Jochen S.; Wohlert, Malin

Part of Physical Chemistry, Chemical Physics - PCCP, p. 18823-18829, 2021

• DOI for Propensity, free energy contributions and conformation of primary n-alcohols at a water surface

Cellulose and the role of hydrogen bonds: not in charge of everything

Wohlert, Malin; Benselfelt, Tobias; Wågberg, Lars; Furó, István et al.

Part of Cellulose, p. 1-23, 2022

• DOI for Cellulose and the role of hydrogen bonds: not in charge of everything
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SI och det komplexa universitetsmaskineriet: Befästning genom kommunikation

Koerfer, Ebba; Caleman, Carl; Hahlin, Maria; Wohlert, Malin

2025

Lignin-transport in kraft cooking: hydration properties of different lignin fragments

Hackenstrass, Klara; Wohlert, Malin

2022

Modelling Hygroexpansion of Compression and Opposite Wood of Conifer Branches: Bridging the Gap between Molecular and Cell Wall Level

Hartwig-Nair, Marie; Florisson, Sara; Wohlert, Malin; Gamstedt, E. Kristofer

Structural analysis of compression and opposite wood lignin by X-ray scattering and molecular dynamics simulations

Hartwig-Nair, Marie; Andriani, Fika; Tabudlong Jonasson, Nil; Karlsson, Maria et al.