Outputs for THERMAL AND FLUIDS ENGINEERING Department (Year 2024)

Articles

• Direct numerical simulation of the global transition in laminar low-density axisymmetric jets
• Estimation of solar receiver corrosion conditions during operation to aid in the design of receiver-corrosion lab tests
• Experimental study about the impact of open cell aluminium foam (OCAF)insertion in salt-based phase change material (PCM) for electronicsthermal managementf
• Influence of immersed particles on the stability of the liquid&-liquid interface in a two-layer channel flow
• Life cycle assessment of lab-scale solid sodium-ion batteries: A sustainable alternative to liquid lithium-ion batteries
• Linear stability of ultrathin spherical coatings
• Measuring density and viscosity of vanadium electrolytes: A database with multivariate polynomial fits
• Pressurized pyrolysis of mattress residue: An alternative to landfill management

Projects

• Advanced Solar Receiver Systems: Comparative Analysis of Metal Additive Manufacturing and Welding Techniques Enhanced by Artificial Intelligence (SOLMETAI-CM-UC3M)
• Diseño óptimo de intercambiadores de calor pillow plate con técnicas de IA y caracterización de refrigerantes zeotrópicos: objetivo descarbonización (CalorIA-ZErOCARBON-CM-UC3M)
• GASIFICACIÓN FOTOCATALÍTICA MEJORADA: OPTIMIZACIÓN DEL GAS Y REDUCCIÓN DE CO2 PARA LA PRODUCCIÓN DE HIDRÓGENO (PHOGASUPHY-CM-UC3M)
• Machine learning optimization of heat pump architectures based on wireless power transfer sensors with high gain antennas (WiHEAT-CM-UC3M)
• Operación e Integración de las Plantas Solares de Torre en el Sistema Eléctrico Español: ¿Puede la Inteligencia Artificial ayudar a ello? (SOLAROPIA-CM-UC3M)
• Optimización de canales ramificados de refrigeración líquida de baterías en vehículos eléctricos mediante Inteligencia Artificial (EVIACOOL-CM-UC3M)
• Sistemas de almacenamiento de CALor sensible en HORmigones ecológicos optimizados mediante Inteligencia Artificial (CALHORIA-CM-UC3M)