Results

The main expected result of this project is the establishment of an experimentally validated framework for the design of the next generation of heat exchangers within the Italian scientific community, which integrates the recent advancements on shape optimization procedures, manufacturing techniques, materials and the deep heritage on traditional systems and measurement tools.
This result will be achieved by intermediate steps, which are:
- The application of TO and advanced morphological analyses on the following enhanced-heat transfer problems (single-phase convection enhancement in pipe flow with insert devices and in narrow ribbed channels and enhancement of filmwise condensation in pipe flow), which have been deeply studied by the Consortium members.
- The design and fabrication of optimized geometries by means of AM.
- The experimental tests on the new configurations and the assessment of the improvements and limitations given by new methodology.
Specifically, at least three innovative geometries for each single-phase application and at least two enhanced surfaces for the condensation study will be tested.
Such research will support the introduction of new solutions and innovative products to the market of heat exchangers. In fact, all the members of the Consortium have developed strong bonds with the industrial world, and in particular with companies where thermal management is a key factor.
Previous and ongoing collaborations include MBS Europe srl, UFI Filters and others.
Finally, one desired outcome of the project is the training of young scientists on high-and innovative technologies. With this aim, four post-Doc positions will be opened to insert early stage researchers in a scientific project characterized by a strong multidisciplinary approach, to hone their technical awareness and collaborative skills.