Author name: CTTC

The success of WALLBOX and CTTC-UPC in the COLDPOST Project: Development of an Innovative Public Charger for Electric Vehicles

Call for INNOTEC 2021 Grants: Industrial research and experimental development projects WALLBOX, in collaboration with the Heat Transfer Technology Center (CTTC) of the Universitat Politècnica de Catalunya (UPC), has completed the joint project “COLDPOST”, supported by ACCIÓ within the framework of the INNOTEC 2021 Call for Grants: Industrial research and experimental development projects. The project’s […]

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Dynamic Model of Vapor Compression Systems for Aircraft Environmental Control Systems

A recent commercial aircraft environmental control systems (ECS) simulation article has been published in the Journal of Aircraft! The study aimed to create a robust numerical model for vapour compression systems (VCS) and incorporate it into the ECS architecture. The VCS model has been successfully tested through simulations of a flight journey with high cooling demands! The

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🌟 H2ELIOS at Eurotherm 2024!

👏 We’re thrilled to share that our partners from CTTC – UPC | Universitat Politècnica de Catalunya – Centre Tecnològic de Transferència de Calor successfully participated in the European Thermal Sciences Conference (Eurotherm2024) event, presenting their groundbreaking scientific work titled: “Calibration and verification of CFD-VOF models for the analysis of pressurization scenarios in LH2 tanks.”

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ECCOMAS Presentation

Given the notable growth of peak performance of current HPC systems compared to the bandwidth with which data can be transferred to the compute units, CFD codes are getting more and more memory-bound. That is, the bottleneck is not how fast we can compute stuff, but how fast we can transfer the data. In order

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ECOSUN: Improvement of efficiency in thermal and photovoltaic cogeneration systems

04/06/2024 The Heat and Mass Transfer Technology Center (CTTC) at the Universitat Politècnica de Catalunya – BarcelonaTech (UPC) participated in the Economic COgeneration by Efficiently COncentrated SUNlight (ECOSUN) project to develop a low-cost, concentrated thermal and photovoltaic cogeneration system that increases the system’s electrical efficiency. This was achieved by reducing the absorption temperature of solar radiation

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ECCOMAS

Big representation of our Research Group to the 9th Edition of the ECCOMAS conference, 3-7 June 2024 in Lisbon. https://eccomas2024.org/ 3 Minisymposia organized and more than 14 works presented!

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🌟 Successful 3rd Steering Committee & 7th Technical Committee Meeting!

📅 Last week, the H2ELIOS team gathered in Vienna, Austria for our 3rd Steering Committee and 7th Technical Committee meetings. This pivotal event provided a valuable opportunity to discuss our progress, align our strategies, and plan the next steps toward revolutionizing sustainable aviation with hydrogen-powered solutions. 🛫 Our collaborative efforts continue to drive innovation and

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Numerical modeling of air ejectors covering supersonic, subsonic and closed-port operations

A new article collecting the experience of the recently completed CleanSky2 project EJEMOD has been published in Energy!The article focuses on understanding the physical behavior of convergent air ejectors for aeronautical applications in normal and abnormal modes, by means of CFD-RANS simulations and a new suitable 0D model. The article is available with Open-Access: https://lnkd.in/dx63bjDC

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Master’s degree in Thermal Engineering

Are you intrigued by Solar Renewable Energy, Heating, Ventilation, Air Conditioning, and Refrigeration systems and equipment, or the efficient use ofresources in the domestic, commercial, industrial, or transport sectors (such as waste energy, storage, heat pumps, heat exchangers, etc.)? Are you eager tograsp the numerical resolution and experimental validation of thermal and fluid dynamic problems

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