
The castle Linderhof in the Graswangtal near Garmisch.
Climate change endangers centuries-old murals, paintings, furniture & textiles. Can the decay be stopped? A cultural journey through space and time.
more infoThe castle Linderhof in the Graswangtal near Garmisch.
Climate change endangers centuries-old murals, paintings, furniture & textiles. Can the decay be stopped? A cultural journey through space and time.
more infoMeasured fluctuations in surface temperature.
A promising way to reduce the amount of condensation on facade surfaces is the use of "IR coatings" (IR = infrared).
more infoAnalysis of a PALM-4U simulation.
In the "ProPolis" project, the prerequisites necessary for the long-term operational operation of PALM-4U are being developed and summarized in a continuation strategy.
more infoTest environment at Fraunhofer IBP for validating simulations and air purification technologies: Climate chamber.
The "AVATOR" project focuses on the detection and reduction of the risk of infection by aerosol-borne viruses in enclosed spaces.
more infoOpen-celled mineral foam.
Porous building materials for sound and thermal insulation made of fine-grained concrete, construction and demolition waste. You could say that "dust" becomes "gold".
more infoIndividual modular elements.
There is a lack of suitable depots that meet the requirements of sustainability and energy efficiency as well as those of conservation.
more infoThe 148 meter-high office towers of the “Sino-German Industrial Service Platform” planned in Foshan.
The Fraunhofer IBP received an accompanying research contract worth one million euros from the Chinese urban development company of "Foshan New City".
more infoCylindrical granules for the production of sound-absorbing model substances.
If the acoustic design of the microstructure of granular sound absorbers is carried out specifically, more efficient materials than usual can be constructed.
more infoSound screen in the semi-anechoic chamber.
The aim of the project acoustic umbrella was to design a construction that allows a simple and repeatable investigation of research objects with regard to their radiated sound power.
more infoStructure-borne noise generated by utilization and water impact is not transmitted into the building and noise in adjacent rooms is prevented.
The transmission of low-frequency vibrations from installations and equipment into the structure can be considerably reduced already at the point of introduction.
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