prof. dr. ir. Michel De Paepe
work address
Sint-Pietersnieuwstraat 41
9000 Gent
9000 Gent
ORCID iD
0000-0003-0233-07191 – 20 of 430
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- 2016
- Study of two-phase heat transfer correlations for helical coils via measurements from a solar ORC
- Thermal analysis of absorption heat pump implementation in an industrial dryer
- CFD approaches applied to a single-screw expander
- Optimal part-load operation of an 11 kWe organic Rankine cycle for waste heat recovery
- How to perform numerical simulations on fins in buoyancy-driven heat transfer?
- High-frequency oscillating water flow in highly-porous media: experimental results for 10-ppi metal foam
- Modelling the heat transfer of HCCI engines
- Two-phase frictional pressure drop and flow behaviour up- and downstream of a sharp return bend
- Development and a validation of a charge sensitive Organic Rankine Cycle (ORC) simulation tool
- Effect of the bend geometry on the two-phase frictional pressure drop and flow behaviour in the vicinity of the bend
- Characterizing the performance of a single-screw expander in a small-scale organic Rankine cycle for waste heat recovery
- On the scatter of experiments done with open-cell metal foam in open literature
- Organic rankine cycle part-load characterization: validated models of an 11 kWe waste heat recovery ORC
- Demonstrating the use of thin film gauges for heat flux measurements in ICEs: measurements on an inlet valve in motored operation
- On the numerical simulation of fins in natural convection
- Thermal Analysis of a Commercial Plate Fin Heat Exchanger with Non-uniform Inlet Flow Conditions
- The influence of inclination angle on void fraction and heat transfer during condensation inside a smooth tube
- ORCmKit: an open-source library for organic Rankine cycle modelling and analysis
- Thermodynamic screening of organic rankine cycle working fluids and architectures: application to automotive internal combustion engines
- Evaluation of heat transfer correlations for helical coils based on measurements of a solar ORC operating at subcritical conditions