Research Explorer

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Researcher

Hendrik-Jan Steeman

Awards & Distinctions

53 Results

2011

Interaction between mean flow and thermo-hydraulic behaviour in inclined louvered fins

Christophe T'JoenHenk HuisseuneHugo CanièreHendrik-Jan SteemanArnout WillockxMichel De Paepe

A1 Journal Article in INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER

2010

On coupling 1D non-isothermal heat and mass transfer in porous materials with a multizone building energy simulation model

Marijke SteemanArnold JanssensHendrik-Jan SteemanMarnix Van BelleghemMichel De Paepe

A1 Journal Article in BUILDING AND ENVIRONMENT

Sensitivity analysis of CFD coupled non-isothermal heat and moisture modelling

Marnix Van BelleghemHendrik-Jan SteemanMarijke SteemanArnold JanssensMichel De Paepe

A1 Journal Article in BUILDING AND ENVIRONMENT

2009

Coupled simulation of heat and moisture transport in air and porous materials for the assessment of moisture related damage

Hendrik-Jan SteemanMarnix Van BelleghemArnold JanssensMichel De Paepe

A1 Journal Article in BUILDING AND ENVIRONMENT

Evaluation of the different definitions of the convective mass transfer coefficient for water evaporation into air

Hendrik-Jan SteemanChristophe T'JoenMarnix Van BelleghemArnold JanssensMichel De Paepe

A1 Journal Article in INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER

Heat and mass transfer between air and porous materials: a benchmark experiment

Marnix Van BelleghemHendrik-Jan SteemanHenk HuisseuneChristophe T'JoenArnold JanssensMichel De Paepe

Heat and moisture transfer between air and porous materials: a test setup for benchmark experiments

Marnix Van BelleghemHendrik-Jan SteemanMichel De PaepeArnold Janssens

Modelling indoor air and hygrothermal wall interaction in building simulation: Comparison between CFD and a well-mixed zonal model

Hendrik-Jan SteemanArnold JanssensJan CarmelietMichel De Paepe

A1 Journal Article in BUILDING AND ENVIRONMENT

Modelling local hygrothermal interaction between airflow and porous materials for building applications

Hendrik-Jan SteemanMichel De PaepeArnold Janssens

On the applicability of the heat and mass transfer analogy in indoor air flows

Hendrik-Jan SteemanArnold JanssensMichel De Paepe

A1 Journal Article in INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER

2008

A coupled CFD-material model for the prediction of heat and moisture fluxes to hygroscopic porous materials

Hendrik-Jan SteemanArnold JanssensMichel De Paepe

Coupling moisture transport in air flows and porous materials using CFD

Hendrik-Jan SteemanArnold JanssensMichel De Paepe

Design of a test chamber for investigation of moisture transport in air flows and porous materials

Marnix Van BelleghemHendrik-Jan SteemanMichel De PaepeMarijke SteemanArnold Janssens

Design of a test chamber for moisture transport experiments in air flows and porous materials

Marnix Van BelleghemHendrik-Jan SteemanHugo CanièreArnold JanssensMichel De Paepe

Fin Effectiveness in longitudinal fins: solving the inverse heat conduction problem

Arnout WillockxChristophe T'JoenHendrik-Jan SteemanMichel De Paepe

IR Temperature Measurements to Determine Fin Effectiveness of Longitudinal Fins

Arnout WillockxChristophe T'JoenHendrik-Jan SteemanHugo CanièreGilbert De MeyMichel De Paepe

Local heat and moisture transfer between indoor air and building materials: a benchmark experiment

Marnix Van BelleghemHendrik-Jan SteemanArnold JanssensMichel De Paepe

Modelling heat and moisture transfer between air flows and hygroscopic porous materials with CFD

Hendrik-Jan SteemanArnold JanssensMichel De Paepe

On the different definitions of mass transfer coefficients

Hendrik-Jan SteemanArnold JanssensMichel De Paepe

2007

About the use of the heat and mass analogy in building simulation

Hendrik-Jan SteemanArnold JanssensMichel De Paepe

Cycle Analysis of SOFC Combined Cycle

Abdullatif MusaHendrik-Jan SteemanMichel De Paepe

Numerical study of the accuracy of the heat and mass analogy for mixed convection in enclosures

Hendrik-Jan SteemanArnout WillockxHugo CanièreChristophe T'JoenArnold JanssensMichel De Paepe

PEM Fuel Cell Thermodynamic Analysis with improved Heat Transfer Modeling

Michel De PaepeJonathan LoysonWouter RaepsaetHendrik-Jan SteemanHenk HuisseuneChristophe T'Joen

Performance Analysis of a Proton Exchange Membrane

Henk HuisseuneJonathan LoysonWouter RaepsaetHendrik-Jan SteemanMichel De Paepe

Performance of internal and external reforming molten carbonate fuel cell systems

Abdullatif MusaHendrik-Jan SteemanMichel De Paepe

A1 Journal Article in JOURNAL OF FUEL CELL SCIENCE AND TECHNOLOGY

Performance prediction of compact fin-and-tube heat exchangers in maldistributed airflow

Christophe T'JoenArnout WillockxHendrik-Jan SteemanMichel De Paepe

A1 Journal Article in HEAT TRANSFER ENGINEERING

The 3D inverse conduction problem in longitudinal fins

Arnout WillockxChristophe T'JoenHendrik-Jan SteemanHugo CanièreMichel De Paepe

Thermo-Hydraulic CFD Study of Inclined Louvered Fins

Christophe T'JoenArnout WillockxHendrik-Jan SteemanMichel De Paepe

Thermo-Hydraulic Characteristics of Inclined Louvered Fins

Christophe T'JoenArnout WillockxHendrik-Jan SteemanMichel De Paepe

Thermo-hydraulic characteristics of inclined louvered fins

Christophe T'JoenArnout WillockxHendrik-Jan SteemanHugo CanièreMichel De Paepe

Visualisation of heat transfer in inclinded louvered fins

Christophe T'JoenArnout WillockxHendrik-Jan SteemanHugo CanièreMichel De Paepe

2006

CFD modelling of HAM transport in buildings: boundary conditions.

Hendrik-Jan SteemanChristophe T'JoenArnout WillockxMichel De PaepeArnold Janssens

Determination of heat transfer and friction characteristics of an adapted inclined louvered fin.

Christophe T'JoenHendrik-Jan SteemanArnout WillockxMichel De Paepe

A1 Journal Article in EXPERIMENTAL THERMAL AND FLUID SCIENCE

Experimental and numerical study of natural convection around a square disk

Arnout WillockxChristophe T'JoenHendrik-Jan SteemanMichel De Paepe

Experimental study of fin effectiveness and local convection coefficients for different fin forms

Arnout WillockxHugo CanièreChristophe T'JoenHendrik-Jan SteemanMichel De Paepe

Natural convection from a square disk in the intermediate Rayleigh range

Arnout WillockxGilbert De MeyChristophe T'JoenHendrik-Jan SteemanMichel De Paepe

A1 Journal Article in JOURNAL OF HEAT TRANSFER-TRANSACTIONS OF THE ASME

Refrigerant flow regime detection with a capacitance void fraction sensor

Michel De PaepeHugo CanièreChristophe T'JoenHendrik-Jan SteemanArnout WillockxM ChristiansE Van RooyenL LiebenbergJ Meyer

The effect of operating temperature on the performance of Molten Carbonate Fuel Cell systems

Abdullatif MusaHendrik-Jan SteemanMichel De Paepe

The influence of steam carbon ratio on the performance of Solid Oxide Fuel Cell Systems

Abdullatif MusaHendrik-Jan SteemanMichel De Paepe

Thermodynamic modeling of Proton Exchange Membrane Fuel Cell Systems

Jonathan LoysonWouter RaepsaetAbdullatif MusaHendrik-Jan SteemanMichel De Paepe

2005

Analysis of natural convection and radiation by using thermography

Arnout WillockxHendrik-Jan SteemanGilbert De MeyMichel De Paepe

Effect of oxidant utilization on the optimum operating temperature of a CO-flow molten carbonate fuel cell

Hendrik-Jan SteemanChristophe T'JoenArnout WillockxMichel De Paepe

Experimental and numerical investigation on the convection coefficient of a fin-and-tube evaporator with air mal-distribution

Christophe T'JoenF VANHEEHendrik-Jan SteemanMichel De Paepe

Heat transfer and friction characteristics of an adapted inclined louvered fin.

Christophe T'JoenMichel De PaepeHendrik-Jan SteemanArnout Willockx

Molten carbonate fuel cell model for the commercial flow sheet program 'Aspen Plus TM'

Hendrik-Jan SteemanMichel De Paepe

Natural convection over bodies in the transition zone between laminar thin boundary layer dominated and conduction dominated natural convection.

Arnout WillockxHendrik-Jan SteemanChristophe T'JoenMichel De Paepe

Non-Isothermal Modelling of a Solid Oxide Fuel Cell With Internal Reforming

Abdullatif MusaMichel De PaepeHendrik-Jan SteemanAn Stroobandt

Numerical Study of Natural Convection at Intermediate Rayleigh Numbers

Arnout WillockxChristophe T'JoenHendrik-Jan SteemanMichel De Paepe

Numerical study on natural convection and radiation from a square disk.

Arnout WillockxHendrik-Jan SteemanChristophe T'JoenMichel De Paepe

Study of an adapted inclined louvered fin: Heat Transfer and Friction Characteristic

Christophe T'JoenHendrik-Jan SteemanArnout WillockxMichel De Paepe

Study of natural convection around a square disk by varying acceleration

Arnout WillockxChristophe T'JoenHendrik-Jan SteemanMichel De Paepe

System Configurations of Molten Carbonate Fuel Cells for Optimal Power Production

Abdullatif MusaMichel De PaepeHendrik-Jan SteemanHannes Seys

Thermo-Hydraulic CFD Study of an adapted inclined louvered fin

Christophe T'JoenHendrik-Jan SteemanArnout WillockxMichel De Paepe