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Hydrogel as a Hygroscopic Material in Architecture: Potential for Sustainable Construction and Improvement of Comfort in the Building



Milica Veselinović
  • University of Belgrade — Faculty of Architecture, Belgrade, Serbia ROR icon


Keeping Up with Technologies to Shape Joyful Cities, International Academic Conference on Places and Technologies, Vol. 10 (2025)

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@incollection{veselinovic2025:hidrogel, author = {Veselinović, Milica}, orcid = {noorcid}, affiliation = {University of Belgrade — Faculty of Architecture}, affid = {https://ror.org/00t6d2469}, affplace = {Belgrade, Serbia}, department = {nodepartment}, title = {Hydrogel as a Hygroscopic Material in Architecture: Potential for Sustainable Construction and Improvement of Comfort in the Building}, license = {https://creativecommons.org/licenses/by-nc-nd/4.0/}, booktitle = {Keeping Up with Technologies to Shape Joyful Cities}, editor = {Djukić, Aleksandra and Vukmirović, Milena and Vaništa Lazarević, Eva and Krstić-Furundžić, Aleksandra and Mitrović, Nikola}, isbn = {978-86-7924-383-6}, series = {International Academic Conference on Places and Technologies}, seriesisbn = {noisbn}, publisher = {University of Belgrade — Faculty of Architecture}, address = {Belgrade}, year = {2025}, volume = {10}, pages = {97--102}, howpublished = {other}, language = {english}, note = {10}, chapter = {10}, doi = {10.18485/arh_pt.2025.10.ch10}, doiurl = {http://doi.fil.bg.ac.rs/volume.php?pt=eb_ser&issue=arh_pt-2025-10&i=10}, url = {http://doi.fil.bg.ac.rs/pdf/eb_ser/arh_pt/2025/arh_pt-2025-10-ch10.pdf} }