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The Reuse of Ceramic Materials in Architectural Design – Case Studies Cover

The Reuse of Ceramic Materials in Architectural Design – Case Studies

By:   
Open Access
|Jan 2025

Figures & Tables

Table 1.

Projects selected for comparative analysis (source: author’s elaboration)

No.PROJECT NAMEARCHITECT
01Cubo HousePhooey Architects
02Ningbo Historic MusemWang Shu
03Capilla San BernardoNicolas Campodonico
04Kamikatz Public HouseHiroshi Nakamura & NAP
05Collage HouseS+PS Architects
06The BeehiveLuigi Rosselli + Raffaello Rosselli
07China Academy of Arts’ Folk Art MuseumKengo Kuma & Associates
08Upcycle HouseLendager Group
09Pavilion 4HMA Architects & Designers
10Holiday CabinLendager Group
11Ravensburg Art MuseumLRO Lederer Ragnarsdóttir Oei
12Resources RowsLendager Group
13House for the Homelessxystudio
14Tongjiang Recycled Brick SchoolJoshua Bolchover - John Lin
15Clay Roof HouseDRTAN LM Architect
168B NaveArturo Franco
17Kancelaria AdwokackaKonior Studio
18The Brick HouseBetweenlines
19LisbjergLendager Group
20Kinglake Fire Proof HouseJoost Bakker
21Hill End Eco-HouseRiddel Architecture
22Pointe Valaine Community CentreSmith Vigeant Architects
23The City HousesVandkunsten Architects
24VERBIESTAgwA
25Couronne 311VLA Architecture
26Chiro ItterbeekRotor
Table 2.

Checklist for comparative analysis – overall building characteristics (source: author’s elaboration)

no.locationfunctionarea [m2]materialdesign startegyreuse drivers
1- Europe
2- Asia
3 - North America
4 - South America
5 - Australia
1 - single family house
2 - multifamily house
3 - office
4 - cultural building
5 - commercial building
1 - demolition
2 - material storage
3 - construction work
4 - leftovers
5 - materials donated
1 - re-creation
2 - transformation
3 - prevention
1 - ecological
2 - economical
3 - social
4 - visual
1234512345123451231234
01xx410xxxx
02xx30000xxx
03xx92xxxx
04xx115xxxxx
05xx520xxxxxx
06xx410xxx
07xx4970xxxxx
08xx129xxxxxx
09xx10200xxx
10xx160xxxxx
11xx1900xxxx
12xx9148xxxxxxx
13xx1485xxxxxxx
14xx1096xxxx
15xx612xxx
16xx1000xxxx
17xx1955xxx
18xx250xxxxxx
19xx-xxxx
20xx220xxx
21xx261xxxx
22xx800xxx
23xx173000xxx
24xx610xxx
25xx-xxxx
26xx19xxxxxxx
SUM128114103391-2511621718516788
Table 3.

Checklist with detailed data on each building material. (source: author’s elaboration)

No.type of elementmaterial sourceoriginal place of implementationfinal place of implementatonoriginal functionfinal functiondesign strategy
1 - demolition
2 - material storage
3 - construction work
4 - leftovers
5 - donated materials
1 - structural
2 - non-structural
3 - finishing
4 - insulation
5 - leftovers
1-structural
2 - non-structural
3 - finishing
4 - insulation
1 - re-creation
2 - transformation
3 - prevention
12345123451234123
01bricksxconstruction wallsfacade claddingxxx
02bricksxconstruction wallsfacade claddingxxx
roof tilesxroof claddingfacade claddingxxx
03bricksxconstruction wallsconstruction walls, floor, slabxxxxx
04bricksxrecycling leftoversfloorxxxx
05tilesxsamples (new material)flower potxxxx
06roof tilesxroof claddingfacade cladding, sun breakersxxx
07roof tilesxroof claddingroof and facade cladding, sun breakersxxxx
08bricksxconstruction wallswalls finish, floor finishxxx
09bricksxconstruction wallsconstruction walls, facade claddingxxx
10bricksxconstruction wallsfloor finish, chimneyxxxx
11bricksxconstruction wallsfacade claddingxxx
12bricksxfacade claddingfacade claddingxxx
13bricksxconstruction wallsfacade claddingxxx
tilesxxleftovers (new material)walls finishxxx
14bricksxconstruction wallsfacade cladding, partition wallsxxxx
rubbelxconstruction wallsroof termal insulationxxxx
15roof tilesxroof claddingfacade cladding, sun breakersxxx
16roof tilesxroof claddingpartition walls, walls finishxxx
17bricksxconstruction wallsfacade claddingxxx
18bricksxconstruction wallsfoundingsxxx
rubbelxconstruction wallsground level elevationxxx
tilesxxshop display leftovers (new)walls and floor finishxxxx
19roof tilesxroof claddingfacade claddingxxx
20bricksxconstruction wallsfacade claddinxxx
21tilesxfloor finishpavementsxxx
22bricksxconstruction and partition wallspartition wallsxxx
23bricksxfacade claddingfacade claddingxxx
24roof tilesxroof claddingroof claddingxxx
25tilesxterraceterracexxx
tilesxwalls finishwalls finishxxx
26bricksxxfacade claddingfacade claddingxxx
tilesxwalls finishwalls finishxxx
roof tilesxnew materials leftoversroof claddingxxxx
Figure 1

Recurring design patterns – main approaches. (source: author’s elaboration)

DOI: https://doi.org/10.2478/acee-2024-0019 | Journal eISSN: 2720-6947 (formerly 1899-0142) | Journal ISSN: 1899-0142
Language: English
Page range: 35 - 42
Submitted on: Nov 27, 2023
Accepted on: Sep 15, 2024
Published on: Jan 9, 2025
Published by: Silesian University of Technology
In partnership with: Paradigm Publishing Services
Publication frequency: Volume open

© 2025 Agata MAGOSZ, published by Silesian University of Technology
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 License.