Nicolas Boissonnade

Laval University

Canada

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Nicolas Boissonnade

University Name

Université Laval

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Composite materials for modular construction

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Articles (15)

O.I.C.-based design of steel rectangular hollow sections at high temperatures

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Year:

2025

O.I.C.-based design of extruded aluminium rectangular hollow sections under simple load cases

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Year:

2025

Design of cellular steel beams subjected to lateral torsional buckling

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Year:

2024

Experimental and numerical investigations towards the lateral torsional buckling of cellular steel beams

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Year:

2024

Experimental Characterization of the Resistance of Tubular Aluminum Sections

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Year:

2023

Design of mono-symmetric I-sections under combined load cases by the Overall Interaction Concept

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Year:

2023

O.I.C.-based design of extruded and welded aluminum I-sections

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Year:

2023

Local and global instabilities of rolled T-section columns under axial compression

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Year:

2022

O.I.C.-based design of mono-symmetric I-sections under simple load cases

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Year:

2022

The Overall Interaction Concept for the design of hot-rolled and welded I-sections under combined loading

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Year:

2022

Local/global coupled instabilities of slender I-sections under compression

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Year:

2022

Cross-section capacity of RHS and SHS at elevated temperatures: Comparison of design methodologies

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Year:

2021

Steel I-sections resistance under compression or bending by the Overall Interaction Concept

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Year:

2021

Design of stainless steel cross-sections for simple load cases with the O.I.C.

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Year:

2020

Slenderness-based design criteria to allow for the plastic analysis of tubular beams

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Year:

2020

Collaborators (1)

Joanna Nseir

Professor

HES-SO Fribourg

SWITZERLAND

Nicolas Boissonnade

Research Interests

Explore related searches

Contact this professor

Positions (1)

Composite materials for modular construction

Articles (15)

O.I.C.-based design of steel rectangular hollow sections at high temperatures

O.I.C.-based design of extruded aluminium rectangular hollow sections under simple load cases

Design of cellular steel beams subjected to lateral torsional buckling

Experimental and numerical investigations towards the lateral torsional buckling of cellular steel beams

Experimental Characterization of the Resistance of Tubular Aluminum Sections

Design of mono-symmetric I-sections under combined load cases by the Overall Interaction Concept

O.I.C.-based design of extruded and welded aluminum I-sections

Local and global instabilities of rolled T-section columns under axial compression

O.I.C.-based design of mono-symmetric I-sections under simple load cases

The Overall Interaction Concept for the design of hot-rolled and welded I-sections under combined loading

Local/global coupled instabilities of slender I-sections under compression

Cross-section capacity of RHS and SHS at elevated temperatures: Comparison of design methodologies

Steel I-sections resistance under compression or bending by the Overall Interaction Concept

Design of stainless steel cross-sections for simple load cases with the O.I.C.

Slenderness-based design criteria to allow for the plastic analysis of tubular beams

Collaborators (1)

Joanna Nseir

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