University and center partners
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KU Leuven
The ongoing discussions between researchers from KUL and companies in the project's industrial advisory committee has driven the need to develop predictive control for smart ventilation systems in buildings, driven by occupants' response to indoor air quality and comfort conditions
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Ghent University
Researchers from UGent propose an integrated rating method for the performance assessment and optimisation of energy efficient strategies of managing the indoor air quality in new and existing residential buildings.
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University of Antwerp
The first impetus for the Smart Ventilation project grew out of discussions between researchers from the UA and engineering companies on the importance of developing an optimization method for the design of air distribution systems and the ducting layout in non-residential buildings
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TU Eindhoven
Discussions between researchers from the different universities and experts in the industry emphasized the need for computational fluid dynamics (CFD) simulations to optimize system design. Researchers from TUe will lead this research track in the project given their expertise and knowledge in the field
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Belgian Building Research Institute
Discussions between researchers and the industry concluded the importance of acoustical performance of smart ventilation systems. Researchers from BBRI will contribute with their research expertise on acoustics and relation between indoor and outdoor air quality
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