BE-HyFE: Belgian Hydrogen Fundamental Expertise

Accurate Time-Efficient Methodology for In Situ Determination of Thermal Properties and Thermal Design of Electric Machines

Advanced characterization of densified cryogenic hydrogen

Doctoral project Carlos Fernandez Aballi Altamirano

Doctoral project Davide Ziviani

Doctoral project Ivan Verhaert

Doctoral project Kathleen De Kerpel

Doctoral project Lenka Bokisova

Doctoral project Marijn Billiet

Doctoral project Peter De Jaeger

Doctoral project Robin Tassenoy

Doctoral project Sergei Gusev

Doctoral project Steven Lecompte

Doctoral project Tom Catternan

Flow boiling in confined spaces under spatially and temporally varying heat flux conditions

Heat Transfer to Supercritical Refrigerants in the Near-Critical Region

Modelling of Thermal Energy Storage Heat Exchangers

Models and methodology for the design and control of residential district heating systems with thermal energy storage

Novel Method for Characterization and Modelling of Latent Thermal Energy Storage Heat Exchangers

Refrigerant Flow and Heat Transfer Prediction for R290 in Heat Pump Applications

Doctoral project Kjartan Van den Brande

Doctoral project Lien De Backer

Doctoral project Stijn Broekaert

Doctoral project Thomas De Cuyper

Doctoral project Xander van Heule

Modelling of Close Contact Melting in Phase Change Materials for Thermal Energy Storage

Onderzoek naar zeer hoge temperatuur warmtepompen

Realizing high temperature heat pumps by using refrigerant mixture liquid injection in compressors

Alhedron - Metal foam based thermal solutions

Characterizing Heat Transfer during Solid-Liquid Phase Change based on Melting Regime Maps

Compressed Heat Energy Storage for Energy from Renewable sources

Design and optimization of metal foam heat exchangers using the volume averaging technique

Design of an ORC for waste heat recovery in combustion engines and other industrial processes

Design of brine heat exchangers with interchangeable components and a low total cost of ownership for heat to district heating networks and ORC plants

Design of Heat Exchangers Based on the Volume Averaging Theory

Development of a flow regime based model for pressure drop liquid-vapor flow in a fire pin bend

Dynamic modelling of energy systems in buildings in the context of the Energy Performance of Buildings Directive.

EnerGhentIC

Energy Balancing

Energy efficient, greenhouse horticulture, innovations and climate neutral (or low carbon)

Experimental heat transfer in two-phase systems

Flow boiling in confined spaces under spatially and temporally varying heat flux conditions

FOHXES – Foam based Heat Exchangers for Energy Solutions

Gas-liquid distribution of refrigerants under varying operating conditions in compaction exchangers

GLastuinbouw Innovates through Co-creation with low-carbon High Tech

Heat reduction on the steam shedding process in the food industry: development of a design methodology and detailing of the selected recovery technique

Heat transfer to refrigerants in the near supercritical region

High efficiency, high power density, cost effective, scalable and modular power electronics and control solutions for electric vehicles

Improving the performance of concentrating PV by exploiting the excess heat through a low temperature supercritical organic Rankine cycle

Industrie 4.0 Machine Upgrading

innovative High tEmperAture ThErmal stoRage for iNdustrial AppLications

LBATTS

Modelling of liquid film thickness behavior in a pulsating Taylor bubble flow.

Modelling of two-phase expansion in volumetric expanders.

Modelling of two-phase expansion in volumetric expanders based on in situ flow characterization.

Models and methodology for the design and control of residential district heating systems with thermal energy storage

Numerical Study of Vortex Structures in Compact Fin-Tube Heat Exchangers with Compound Design

Open-cell metal foam as a breakthrough for compact thermal buffer systems with phase change materials.

ORC module with single screw expander and direct heat exchangers for heat recovery rest with the possibility of direct mechanical drive

PhD on Innovation Pathways for TES

SingleOilCnL - Single oil-based active cooling and lubrication of electrical drivetrains

The next generation organic Rankine cycles - ORCNext

Thermal hydraulic study and modeling of open-cell metal foam

Thermal lag Stirling engine for electricity generation without rubbing moving parts

Thermohydraulic characterization and performance of the tube-fin transition in compact heat exchangers

Thermohydraulic modeling of metal foam enhanced phase change materials for latent thermal energy storage.

Upgrading of waste heat to process heat for different industries (From Waste Heat to Process Heat)

Urban Academy: a collaboratorium for sustainability issues in Ghent

Vapor-to-heat pump with multistage vacuum regenerator

Waste heat recovery using an organic Rankine cycle

ActiLub - Active Control of Lubricant Temperature in Individual Bearings

A fundamental understanding of latent thermal energy storage heat exchangers by decomposition and integration of energy fractions in order to obtain general methods for design and experimental characterization

Characterization and modeling of natural convection in open-cell aluminium foam

COMPOHEX - Composite Heat Exchangers

Cooperation agreement between the city council of Ghent and UGent 2020-2025: Transition to fossil-free neighborhoods with the Muide-Meulestede + Mariakerke (MM+M) neighborhoods fossil-free as pilots

Development of novel techniques for the simulation of solid-liquid phase change problems

Efficient Uncertainty quantification for Optimization in Robust design of Industrial Applications

Energetic and environmental optimisation of drying processes by integration of heap pumps - HP4Drying

Guidelines for successful integration of small-scale CHP applications, for the purpose of a changing energetic context

HIPERCOOL: High-quality cooling of integrated powertrains

Linear electric actuator for fatigue characterization of materials in load configurations with (very) small force amplitudes

MM+M fossielfree

Strategies for moisture modelling of historical buildings in order to control damage risks.

Unravelling two-phase expansion by experimental research on optical accessible volumetric machines

Zero energy test building E-cube