Research Explorer

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Researcher

Toon Demeester

Awards & Distinctions

40 Results

2024

A truncated transient slab model for a reheating furnace

Zaaquib AhmedIlya T'JollynSteven LecompteThomas SchoonjansToon DemeesterWim BeyneTeun De RaadMichel De Paepe

A1 Journal Article in HEAT TRANSFER ENGINEERING

2023

A comprehensive analysis of binary mixtures as working fluid in high temperature heat pumps

Hamed AbediniElias VierenToon DemeesterWim BeyneSteven LecompteSylvain QuoilinAlessia Arteconi

A1 Journal Article in ENERGY CONVERSION AND MANAGEMENT

A detailed CFD model of heat and mass transfer around plants

Toon DemeesterWito PlasMichel De Paepe

Analysing the local climate in a plant factory in CFD by simulating the heat and mass transfer of the plants using a realistic plant model

Wito PlasToon DemeesterMichel De Paepe

Computational methods for fluid-structure interaction

Joris DegrooteToon DemeesterNicolas Delaissé

Bookchapter in Computational fluid-structure interaction for nuclear reactor applications

Computationally efficient alternative to a full-scale transient simulation of a reheating furnace

Zaaquib AhmedIlya T'JollynSteven LecompteWim BeyneToon DemeesterThomas SchoonjansTeun De RaadMichel De Paepe

A1 Journal Article in THERMAL SCIENCE AND ENGINEERING PROGRESS

Experimental design of a high-temperature heat pump with sink temperatures up to 200°C

Elias VierenKenny CouvreurToon DemeesterWim BeyneMichel De PaepeSteven Lecompte

Influence of supply temperature and booster technology on the energetic performance of a district heating network

Alixe DegelinRobin TassenoyElias VierenToon DemeesterMichel De Paepe

Mass and heat transfer modelling of soil in screw heat exchangers using CFD

Victor Van RietToon DemeesterKenny CouvreurZaaquib AhmedMathieu VervaeckeMichel De PaepeJoris Degroote

Numerical performance assessment of heat pumps in Rankine-based Carnot battery systems for grid balancing services

Robin TassenoyJari De CraeckerKatarina SimićMichel De PaepeToon DemeesterSteven Lecompte

Quasi-Newton methods for partitioned simulation of fluid-structure interaction reviewed in the generalized Broyden framework

Nicolas DelaisséToon DemeesterRobby HaeltermanJoris Degroote

A1 Journal Article in ARCHIVES OF COMPUTATIONAL METHODS IN ENGINEERING

Simulating leaf transpiration from the stomatal level using CFD

Wito PlasToon DemeesterMichel De Paepe

Steady-state heat flux prediction to slabs in a walking beam furnace

Zaaquib AhmedIlya T'JollynSteven LecompteToon DemeesterTeun De RaadMichel De Paepe

A1 Journal Article in HEAT TRANSFER ENGINEERING

Techno-economic optimization of high-temperature heat pumps using pure fluids and binary mixtures

Elias VierenToon DemeesterWim BeyneMartin pihl andersenBrian ElmegaardMichel De PaepeSteven Lecompte

The potential of vapor compression heat pumps supplying process heat between 100 and 200 °C in the chemical industry

Elias VierenToon DemeesterWim BeyneChiara MagniHamed AbediniCordin ArpagausStefan BertschAlessia ArteconiMichel De PaepeSteven Lecompte

A1 Journal Article in ENERGIES

The thermodynamic potential of high-temperature transcritical heat pump cycles for industrial processes with large temperature glides

Elias VierenToon DemeesterWim BeyneAlessia ArteconiMichel De PaepeSteven Lecompte

A1 Journal Article in APPLIED THERMAL ENGINEERING

Theoretical assessment of industrial heating technologies up to 250°C

Elias VierenWim BeyneToon DemeesterMichel De PaepeSteven Lecompte

2022

Natural refrigerants versus synthetic refrigerants for steam-generating heat pumps

Elias VierenToon DemeesterWim BeyneHamed AbediniAlessia ArteconiMichel De PaepeSteven Lecompte

On the effect of nonlinearity and Jacobian initialization on the convergence of the generalized Broyden quasi-Newton method

Toon DemeesterNicolas DelaisséE. Harald van BrummelenRob HaeltermanJoris Degroote

A1 Journal Article in INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN ENGINEERING

Optimal temperature matching in high-temperature heat pumps

Elias VierenHamed AbediniToon DemeesterWim BeyneAlessia ArteconiMichel De PaepeSteven Lecompte

Surrogate-based acceleration of quasi-Newton techniques for fluid-structure interaction simulations

Nicolas DelaisséToon DemeesterDieter FauconnierJoris Degroote

A1 Journal Article in COMPUTERS & STRUCTURES

2021

An efficient quasi‐Newton method for three‐dimensional steady free surface flow

Toon DemeesterE. Harald BrummelenJoris Degroote

A1 Journal Article in INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN FLUIDS

Combining black-box techniques with analytical models in quasi-newton methods

Toon DemeesterHarald van BrummelenJoris Degroote

Comparison of different quasi-Newton techniques for coupling of black box solvers

Nicolas DelaisséToon DemeesterDieter FauconnierJoris Degroote

Effect of a new synthetic bubble model on forces in simulations of two-phase flows in tube bundles

Laurent De MoerlooseAxel BralToon DemeesterMichel De PaepeJoris Degroote

A1 Journal Article in EUROPEAN JOURNAL OF MECHANICS B-FLUIDS

Surrogate-based acceleration of the coupling of black-box solvers

Nicolas DelaisséToon DemeesterDieter FauconnierJoris Degroote

Typhoon : a vortex-lattice code for assessing dynamic stability characteristics of hydrofoil crafts

Alec BaguéJoris DegrooteToon DemeesterEvert Lataire

A2 Journal Article in INTERNATIONAL SHIPBUILDING PROGRESS

2020

An efficient quasi‐Newton method for two‐dimensional steady free surface flow

Toon DemeesterE. Harald van BrummelenJoris Degroote

A1 Journal Article in INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN FLUIDS

Dynamic stability analysis of a hydrofoiling sailing boat using CFD

Alec BaguéEvert LataireToon DemeesterJoris Degroote

Efficient quasi-Newton methods for steady free surface flow

Toon DemeesterJoris DegrooteHarald van Brummelen

Typhoon : a vortex-lattice method for assessing dynamic stability characteristics of hydrofoil crafts

Alec BaguéJoris DegrooteToon DemeesterEvert Lataire

2019

Combining a least-squares approximate Jacobian with an analytical model to couple a flow solver with free surface position updates

Toon DemeesterE. Harald van BrummelenJoris Degroote

Extension of a fast method for 2D steady free surface flow to stretched surface grids

Toon DemeesterE. Harald van BrummelenJoris Degroote

Towards a fast fitting method for 3D free surface flow

Toon DemeesterE. Harald van BrummelenJoris Degroote

2018

An iterative fitting method for 2D supercritical steady free surface flow

Toon DemeesterE. Harald van BrummelenJoris Degroote

Calculation of a steady water surface using deforming grids and fluid-structure interaction techniques

Toon DemeesterHarald van BrummelenJan VierendeelsJoris Degroote

New techniques for solving the steady free surface flow problem

Toon DemeesterHarald van BrummelenJoris DegrooteJan Vierendeels

Stability analysis of a partitioned iterative method for steady free surface flow

Toon DemeesterJoris DegrooteJan Vierendeels

A1 Journal Article in JOURNAL OF COMPUTATIONAL PHYSICS

2017

A novel fitting method for steady free surface flow

Toon DemeesterJoris DegrooteJan Vierendeels

Stability analysis of a steady free surface ﬂow calculation using the dynamic boundary condition for the surface update

Toon DemeesterJoris DegrooteJan Vierendeels