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thermoregulation and comfort models. Simulation of asymmetric and heterogeneous thermal exposures of the occupant and his/her thermal response based on existing simulation tools and support of scientific literature
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on existing simulation tools and support of scientific literature Systematic experimental study using full body thermal manikin and HVAC monitoring manikin of various types of PCS including data analysis and
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activities. The Laboratory for Acoustics/Noise control is equipped with state of the art tools for the numerical and experimental investigation of the propagation of waves in solids, and of their acoustic
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, and to apply these methodologies in the development of new-generation materials for thermal management, for example in power electronics. State-of-the-art methods for the determination of thermal
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composites, and to apply these methodologies in the development of new-generation materials for thermal management, for example in power electronics. State-of-the-art methods for the determination of thermal
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for sustainable fuels and platform chemicals. You will work in a vibrant international environment in a brand new laboratory building equipped with state-of-the-art experimental facilities located at Empa's campus
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for Acoustics/Noise control is equipped with state of the art tools for the numerical and experimental investigation of the propagation of waves in solids, and of their acoustic properties, and enjoys access
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to non-German speaking people and with ample opportunities for social, cultural, and outdoor activities. The Laboratory for Acoustics/Noise control is equipped with state of the art tools for the numerical