Mexican researcher gave a round of talks to undergraduate and graduate students

mexican researcher

The event took place in three days and those present had the opportunity to learn how the researcher approaches some subjects in his area, who is also a member of the National System of Researchers SNI-CONACYT level II of Mexico.

In order to delve deeper into the area of ​​heat transfer, students from the Mechanical Engineering major and the Doctorate in Food and Bioprocess Engineering participated in the keynote talks given by Dr. Jesús Xamán, a professional belonging to the National Center for Research and Technological Development of Mexico, and constant collaborator of the University of La Serena in the area of ​​research.

In the meetings, which were divided into three intense days, the students were able to actively interact with the expert, who has been an active collaborator in research for two years and for whom these instances are a true reflection that the university wants to contribute to research. and be part of the innovations regarding the use of renewable energies and be sustainable.

The workshop was called “Modeling Heat Transfer by Radiation and Convection in Home Air Conditioning Using Solar Energy” and around 15 students participated. Also present at the event were researchers such as Dr. Roberto Cabrales, belonging to PMIULS 1401 and the Multidisciplinary Institute of Sciences and Technology, whose line of research is related to the mechanics of fluids that involve the transport of heat, mass and energy.

Likewise, the Ph.D. Nelson Moraga, academic of the Department of Mechanical Engineering, researcher of the discipline and professional belonging to the Doctorate in Food and Bioprocess Engineering currently taught by the ULS, highlighted the participation of the Mexican Dr. in these interventions, assuming that this type of activity adds to the national advancement of research.

It is worth mentioning that Dr. thermal design of buildings and related solar systems, as well as computational fluid dynamics applied to the study of heat transfer in buildings.

Source: DEIP Press