dr. ing. Rik STEENSELS

Research
Publications
Projects
Education
Contact

E-mail Rik Copy e-mail

+3211292144 Campus Diepenbeek
Applicatiecentrum Beton en Bouw
Office ACB²-1.2

dr. ing. Rik STEENSELS

IOF Business Developer

Faculty of Engineering Technology
Capacity group Engineering Technology
Research group Construction engineering

Research

Discipline codes: Construction materials (02010402), Structural engineering (02011001), Construction materials technology (02010403), Construction mechanics (02010404)

Publications

View all UHasselt publications by dr. ing. Rik STEENSELS

Projects

13 research projects have been found

View all 13 UHasselt research projects of dr. ing. Rik STEENSELS

Construction Campus 2.0 + Application Center Circular Construction (AC³) (Research)

01/10/2024 - 30/09/2027

HoP_HoVer: Towards an advantage for timber construction through the development of high-performance timber structures using new structural connection solutions (Research)

01/10/2023 - 30/09/2025

LASer cutting Technology for Tubular Structures (Lastts) (Research)

01/08/2021 - 31/05/2025

FINELG2020. (Research)

01/10/2019 - 31/03/2024

RFCS project: Hycad: Innovative steel-concrete Hybrid coupled walls for buildings in seismic areas: Advancements and Design guidelines (Research)

01/07/2020 - 31/12/2023

IOF mandate Construction engineering 2019-2023 (Research)

01/07/2019 - 31/12/2023

Analysis of the impact of shear force resistance calculation rules on the justification of existing bridges (Research)

01/09/2022 - 30/11/2023

IOF CONCEPT project: Market study "StabiTim: Software tool for racking resistance check of timber structures" (Research)

01/10/2021 - 30/09/2022

Additional application possibilities for timber frame structures through development and implementation of new insights into the mechanical behaviour of timber frame walls (Research)

01/10/2020 - 30/09/2022

VLAIO development project: CircuWallPanels (Research)

01/08/2020 - 31/01/2022

FAtigue STrength of COLD-formed structural steel details (Research)

01/07/2017 - 31/12/2021

IOF mandate for the faculty IIW (Research)

01/10/2018 - 30/06/2019

SYNERGYTIMB: Optimal design of timber frame by identification and integration of synergetic structure behaviour (Research)

01/10/2016 - 30/09/2018

View all 13 UHasselt research projects of dr. ing. Rik STEENSELS

Education

Involved in the following courses

Academic year 2024 - 2025

2865

Master's thesis - Construction

Member of the teaching team

4523

Internship - Civil Engineering Technology

Member of the teaching team

Academic year 2023 - 2024

2934

Advances in concrete engineering

Member of the teaching team

3524

Bachelor's thesis - Construction

Member of the teaching team

4385

Concrete 1

Member of the teaching team

4520

Concrete 2

Member of the teaching team

3554

Integrated project - Construction

Member of the teaching team

2865

Master's thesis - Construction

Member of the teaching team

4523

Internship - Civil Engineering Technology

Member of the teaching team

Rik STEENSELS

E-mail:

E-mail Rik

Phone:

+3211292144

Location:

Campus Diepenbeek
Applicatiecentrum Beton en Bouw
Office ACB²-1.2

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dr. ing. Rik STEENSELS

Research

Publications

Projects

Construction Campus 2.0 + Application Center Circular Construction (AC³) (Research)

HoP_HoVer: Towards an advantage for timber construction through the development of high-performance timber structures using new structural connection solutions (Research)

LASer cutting Technology for Tubular Structures (Lastts) (Research)

FINELG2020. (Research)

RFCS project: Hycad: Innovative steel-concrete Hybrid coupled walls for buildings in seismic areas: Advancements and Design guidelines (Research)

IOF mandate Construction engineering 2019-2023 (Research)

Analysis of the impact of shear force resistance calculation rules on the justification of existing bridges (Research)

IOF CONCEPT project: Market study "StabiTim: Software tool for racking resistance check of timber structures" (Research)

Additional application possibilities for timber frame structures through development and implementation of new insights into the mechanical behaviour of timber frame walls (Research)

VLAIO development project: CircuWallPanels (Research)

FAtigue STrength of COLD-formed structural steel details (Research)

IOF mandate for the faculty IIW (Research)

SYNERGYTIMB: Optimal design of timber frame by identification and integration of synergetic structure behaviour (Research)

Education

Involved in the following courses

Academic year 2024 - 2025

Master's thesis - Construction

Internship - Civil Engineering Technology

Academic year 2023 - 2024

Advances in concrete engineering

Bachelor's thesis - Construction

Concrete 1

Concrete 2

Integrated project - Construction

Master's thesis - Construction

Internship - Civil Engineering Technology

Rik STEENSELS

Information for

Programmes

Hasselt University

Tools

dr. ing. Rik STEENSELS

Research

Publications

Projects

Construction Campus 2.0 + Application Center Circular Construction (AC³) (Research)

HoP_HoVer: Towards an advantage for timber construction through the development of high-performance timber structures using new structural connection solutions (Research)

LASer cutting Technology for Tubular Structures (Lastts) (Research)

FINELG2020. (Research)

RFCS project: Hycad: Innovative steel-concrete Hybrid coupled walls for buildings in seismic areas: Advancements and Design guidelines (Research)

IOF mandate Construction engineering 2019-2023 (Research)

Analysis of the impact of shear force resistance calculation rules on the justification of existing bridges (Research)

IOF CONCEPT project: Market study "StabiTim: Software tool for racking resistance check of timber structures" (Research)

Additional application possibilities for timber frame structures through development and implementation of new insights into the mechanical behaviour of timber frame walls (Research)

VLAIO development project: CircuWallPanels (Research)

FAtigue STrength of COLD-formed structural steel details (Research)

IOF mandate for the faculty IIW (Research)

SYNERGYTIMB: Optimal design of timber frame by identification and integration of synergetic structure behaviour (Research)

Education

Involved in the following courses

Academic year 2024 - 2025

Master's thesis - Construction

Internship - Civil Engineering Technology

Academic year 2023 - 2024

Advances in concrete engineering

Bachelor's thesis - Construction

Concrete 1

Concrete 2

Integrated project - Construction

Master's thesis - Construction

Internship - Civil Engineering Technology

Rik STEENSELS

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Hasselt University

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