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Martin Andersson is a Professor in Heat Transfer at Lund University, leading research in the Department of Energy Sciences. His expertise lies in the analysis of heat and mass transfer phenomena in solid oxide fuel cells (SOFCs) and polymer electrolyte membrane fuel cells (PEMFCs). He has developed numerical calculation methods that enable predictions of transport processes within flow channels of fuel cells, along with the electrochemical reactions and energy mass balances involved. Currently, his research interests focus on comprehensively understanding chemical reactions and the effects of nano- and micro-structured porous materials on transport processes in fuel cell systems. Martin's work is aligned with the UN Sustainable Development Goals, contributing to advancements in energy engineering and sustainable energy systems. He has actively collaborated on various projects, including international research initiatives related to advanced fuel cell technologies.
Lund University • Lund, Sweden
Leading research in heat transfer and fuel cell technologies.
Includes Master of Science in Politics and Society of the Contemporary Middle East and European Affairs.