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Multiscale Thermal-Fluid Systems (RISE)

Multiscale Thermal-Fluid Systems (RISE) at SDU investigates heat and fluid flow phenomena across the scales that shape modern engineering systems and everyday life. Our research ranges applications from heating and cooling technologies to agriculture, from additive manufacturing to biofluids, and from power generation to thermal energy storage. We work across a broad spectrum of length and time scales; from lab-scale experimentation to component-level design and optimization, and further to system-scale testing and validation. These activities are supported by physics-based modelling, data-driven prediction tools, multi-objective optimization, and techno-economic assessments.

RISE serves as the umbrella laboratory environment for experimental and computational research in heat transfer engineering, fluid mechanics, and engineering thermodynamics. The four laboratories are organized according to scale, measurement capability, and application area, ranging from fundamental lab-scale studies to component- and pilot-scale thermal-fluid systems. The four laboratories are:


Labs

Collaborations

RISE closely collaborates with the Multiphysics, Simulation, Optimisation, and Experimentation (MSOE) group and the Maritime Technology Group at SDU Mechanical Engineering, as well as the Smart Cooling and Heating Group at the SDU Center for Industrial Mechanics and the SDU UAS Center.

We actively pursue partnerships with companies, research institutions, and interdisciplinary teams to address real-world energy and thermal-fluid challenges. RISE is committed to delivering sustainable, high-impact solutions by integrating societal relevance with scientific excellence.

We welcome visiting researchers, joint research activities, and student exchanges, including:

Last Updated 02.07.2026