HyFit: Hydrogen embrittlement at different scales: Fitness-for-service of gas pipelines for hydrogen transmission by laboratory scale investigations and modelling

Computational Modelling of Blade Leading Edge Degradation using Peridynamics

Data-driven fatigue and lifetime assessment of marine/offshore structures

Degradation and lifetime modelling of wind turbine gearbox components

Development of Damage Identification Techniques for Steel Structures Based on Electromechanical Impedance Method and Image Analysis

Doctoral project Diego Belato Rosado

Doctoral project Farid Mehri Sofiani

Doctoral project Felicia Camelia Jula

Doctoral project Hasan Saeed

Doctoral project Jasper Ryvers

Doctoral project Jie Zhang

Doctoral project Matthias Verstraete

Doctoral project Nahuel Micone

Doctoral project Oleg Zaitov

Doctoral project Saeedeh Bakhtiari

Doctoral project Sameera Naib

Doctoral project Saosometh Chhith

Doctoral project Seyed Ahmad Elahi

Doctoral project Stijn Hertelé

Doctoral project Timothy Galle

Doctoral project Yohanis Dabesa Jelila

Effect of creep on fracture toughness and tearing resistance of metal alloys

Fatigue and lifetime analysis of floating platforms for offshore wind

Mechanical characterization of aluminium components manufactured by Wire+Arc additive manufacturing and their joining with conventionally or additively manufactured parts

Modelling and prediction of mechanical properties in wire arc additive manufacturing using machine learning

Modelling of fatigue and lifetime of structures used for offshore wind applications

Numerical and experimental modelling of non-linear fatigue damage evolution in steel components

Numerical methods for the analysis of fatigue lifetime extension of offshore wind foundations

Numerical Tools for Fatigue Lifetime Assessment of Large-Scale Welded Steel Structures

Structural integrity assessment of dynamic power cables for floating offshore wind platforms

Structural integrity of wire+arc additively manufactured steel components

Weldability of advanced EU-developed steels

Computational Modelling of Liquid Droplet Impingement on Wind Turbine Blades using CFD-FSI

Doctoral project Gopalakrishnan Ravi

Doctoral project Jan De Pauw

Doctoral project Sebastiaan Peelman

Experimental-Numerical Characterisation of Hydrogen Embrittlement Mechanics in High-Strength Low Alloy Steel

Impact of hydrogen on the integrity of pipeline steels for hydrogen transport

BEL-Float: Catalyzing the Belgian industrial expertise in floating wind through academic innovation

Crack monitoring of metal structures via electro-mechanical impedance technology (SIGOROUS)

Developing the Next Generation of Environmentally-Friendly Floating Wind Farms with Innovative Technologies and Sustainable Solutions

Development of a 'fitness-for-purpose' procedure for ductile weldments with multiple flaws

Development of a SMART system integrating automatic/robotic hybrid WELDing technologies, digital-twin-assisted quality monitoring, and WPS predictive tool

Development of a strain-based methodology for the determination of toughness and defect acceptance criteria for welds in thin-walled steel structures

Enabling Qualifacation of Hybride Structures for Lightweight and Safe Maritime Transport

Experimental characterisation of the lifetime of thick adhesive bonds for composite-steel components used in marine applications.

Experimental numerical study of the influence of multi-axis load on the steady expansion of (welding)errors and on the stretch ability of welded structures

Experimental-Numerical Study on Offshore Fatigue Analysis of Steel Structures Under Variable Load Conditions Influenced by Environmental Parameters

FATCOR: towards a longer lifetime of offshore wind turbine monopile structures by better understanding the FATigue CORrosion mechanisms

Fatigue of metal components and structures

FIRMEST - Fast and reliable prognostic tools for fatigue (re)assessment of OWT substructures for new and existing wind farms

FlexWind- Fatigue Life EXtension of offshore Wind foundations

Influence of mechanical properties including heterogeneity and anisotropy on crack driving force of pipeline girth weld flaws.

Material Durability for Off-Shore

Material Durability for Off-Shore

Material-efficient Cu wire-based 3D printing technology

Material-efficient Cu wire-based 3D printing technology 2021

MAXWind - Maintenance, Inspection and Exploitation Optimization of Offshore Wind Farms subjected to Cor-rosion-Fatigue

MP Multi Use: Multi-(re)-use scenarios for existing offshore infrastructure: a conceptual, economical, legal and structural reliability study

Nol MaDurOS. Material Durability for Off-Shore

Numerical modelling of plastic forming of sheet metal

Numerical modelling of plastic forming of sheet metal

Offshore for Sure (O4S)

OWI CREATE - The Belgian Offshore Wind Innovation Center for Research, Expertise and Advanced Technology Excellence

Plastic collapse behaviour of welds containing embedded and/or multiple flaws

PROFENSTO: Power Reduction in Oscillating drivetrains by Fast Energy STOrage

Project Lead Agency ARRS Influence of strongly heterogeneous constitutive properties on the structural integrity of a flawed weld

STRAIN-BASED DESIGN OF SPIRAL-WELDED PIPES FOR DEMANDING PIPELINE APPLICATIONS

Structural integrity of remanufactured components made by Wire+Arc Additive Manufacturing

Testing at sea from the Blue Accelerator: expanding testing infrastructure according to needs and growing demand

Thermographic camera with a set of lenses, including specific software for thermo-elastic stress analysis

Wind as main propulsion by ORCELLE

BLEEPID - Towards improved reliability and reduced costs of offshore wind by Blade-Leading-Edge Erosion Prediction and Drone-based Inspection

Development, Monitoring and Prediction of Coupled Interactions in Material Durability Testing - part of the program MaDurOS: Material Durability for OffShore

Development of a micromechanics based damage law for the hydrogen induced ductile failure of notched components in high-strength low alloy steel

Ultra-high speed imaging: Opening up new horizons for the identification of dynamic phenomena in science