Загрузка страницы

Discover Pantther - Experimental and numerical multiscale multiphasic heat Exchanger (long)

The final meeting of the CleanSky2 H2020 Project named PANTTHER (exPerimental And Numerical mulTiscale mulTiphasic Heat ExchangeR) took place at the von Karman Institute and online on October 5th.

The EU-funded PANTTHER project, coordinated by the von Karman Institute for Fluid Dynamics (VKI) aimed to understand the flow maldistribution in multiphase heat exchangers as well as characterize the effect of using low GWP refrigerants. The project partnered with TEMISTH, with LIEBHERR Aerospace a topic leader. The project started in September 2020 for a duration of 36 months and an estimated budget of € 1 196 128,75. During this project, two experimental installations were built. The first is a simplified version of an evaporator header, with air/water in flow similarity where a complete study of the effect of many parameters (such as inlet pipe position, presence of protrusions, header orientation) on the flow distribution in the header was performed using Design of Experiments. To allow this extensive study, an innovative two-phase flow metering technique using a venturi solely was developed. The second is an vapor cycle system that was first used to build a database of R1234ze evaporation in a 10 mm horizontal pipe, and then perform a similar study on the effect of parameters as done with the air/water setup. Qualitatively similar results were obtained. On the numerical side, a diphasic, 3D, hydraulic and thermal laminar topological optimization solver was developed. In parallel, simulations of the full heat exchanger were performed where the core is modelled with a diphasic 3D porous media approach with phase change, while the header is modelled with a MMP approach. Three journal papers, almost 10 conference papers, and a video of the refrigerant setup was generated.

This CleanSky2 project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement n° 886698.
Read more on https://pantther.h2020.eu

Видео Discover Pantther - Experimental and numerical multiscale multiphasic heat Exchanger (long) канала von Karman Institute for Fluid Dynamics
Показать
Комментарии отсутствуют
Введите заголовок:

Введите адрес ссылки:

Введите адрес видео с YouTube:

Зарегистрируйтесь или войдите с
Информация о видео
26 октября 2023 г. 18:57:19
00:09:09
Другие видео канала
Early Stage Researchers on Flow and Acoustic Control for Automotive Low-Speed Cooling FansEarly Stage Researchers on Flow and Acoustic Control for Automotive Low-Speed Cooling FansDynamic Mode Decomposition from Koopman: Theory to Applications (Prof. Peter J. Schmid) - Part 2Dynamic Mode Decomposition from Koopman: Theory to Applications (Prof. Peter J. Schmid) - Part 2The Computer as Turbulence Researcher (Prof. Javier Jiménez) – Part 3The Computer as Turbulence Researcher (Prof. Javier Jiménez) – Part 3Coherent Structures in Turbulent Flows (Prof. Javier Jiménez) - Part 1Coherent Structures in Turbulent Flows (Prof. Javier Jiménez) - Part 1Nonlinear Dynamical Systems (Prof. Steve L. Brunton) – Part 3Nonlinear Dynamical Systems (Prof. Steve L. Brunton) – Part 3Machine Learning for Reduced-Order Modeling (Prof. Bernd R. Noack)Machine Learning for Reduced-Order Modeling (Prof. Bernd R. Noack)Machine Learning in Fluids: Pairing Methods with Problems (Prof. Steve L. Brunton) – Part 1Machine Learning in Fluids: Pairing Methods with Problems (Prof. Steve L. Brunton) – Part 12021 H2020 Zephyr ESR 5: Optimization of roof- and ground-mounted HAWTs in the built-environment2021 H2020 Zephyr ESR 5: Optimization of roof- and ground-mounted HAWTs in the built-environment2021 H2020 Zephyr ESR 14:  Inflow conditions on the source noise of onshore turbines by C. Hoffrogge2021 H2020 Zephyr ESR 14: Inflow conditions on the source noise of onshore turbines by C. HoffroggeIntroduction to Machine Learning Methods (Prof. Steve L. Brunton) – Part 1Introduction to Machine Learning Methods (Prof. Steve L. Brunton) – Part 12023 H2020 Zephyr ESR 7: Small VAWTs and HAWTs wind turbines for municipal, low noise applications2023 H2020 Zephyr ESR 7: Small VAWTs and HAWTs wind turbines for municipal, low noise applicationsModern Tools for the Stability Analysis of Fluid Flows (Prof. Peter J. Schmid) – Part 3Modern Tools for the Stability Analysis of Fluid Flows (Prof. Peter J. Schmid) – Part 3Applications and Good Practice (Prof. Andrea Ianiro) – Part 2Applications and Good Practice (Prof. Andrea Ianiro) – Part 22021 H2020 Zephyr - ESR 3: Fast turn-around methods for wind turbine noise assessment2021 H2020 Zephyr - ESR 3: Fast turn-around methods for wind turbine noise assessmentModern Tools for the Stability Analysis of Fluid Flows (Prof. Peter J. Schmid)Modern Tools for the Stability Analysis of Fluid Flows (Prof. Peter J. Schmid)Machine Learning for Reduced-Order Modeling (Prof. Bernd R. Noack) – Part 1Machine Learning for Reduced-Order Modeling (Prof. Bernd R. Noack) – Part 1Nonlinear Dynamical Systems (Prof. Steve L. Brunton) – Part 1Nonlinear Dynamical Systems (Prof. Steve L. Brunton) – Part 1QB50 ProjectQB50 Project2021 H2020 Zephyr ESR 11: Aeroacoustic Optimization of Ducted Wind Turbines by José Manoel Guimarães2021 H2020 Zephyr ESR 11: Aeroacoustic Optimization of Ducted Wind Turbines by José Manoel GuimarãesThe Computer as Turbulence Researcher (Prof. Javier Jiménez) – Part 4The Computer as Turbulence Researcher (Prof. Javier Jiménez) – Part 4
Яндекс.Метрика