Circular building concepts for concrete, hybrid concrete-wood, and volume construction

Nichlas Moos Heunicke; Ann-Britt Vejlgaard; Lasse Lind; Frank Beister; Maike Hora; Masha Doostdar; Janus Bromisch; Marco Abis; Antony Maubach-Howard; Salma Zavari; Duncan McNaugton; Peter Swallow; Jukka Lahdensivu; Ville Tarvainen; Kimmo Nekkula; Satu Huuhka; Jyrki Tarpio

Circular building concepts for concrete, hybrid concrete-wood, and volume construction

Nichlas Moos Heunicke
, Ann-Britt Vejlgaard
, Lasse Lind
, Frank Beister
, Maike Hora
, Masha Doostdar
, Janus Bromisch
, Marco Abis
, Antony Maubach-Howard
, Salma Zavari
, Duncan McNaugton
, Peter Swallow
, Jukka Lahdensivu
, Ville Tarvainen
, Kimmo Nekkula
, Satu Huuhka
, Jyrki Tarpio

Architecture

Research output: Book/Report › Commissioned report

Abstract

This report presents insights from 12 demonstration cases in the four CIRCuIT cities. The demonstrations address concrete locally anchored barriers and opportunities for implementation of regenerative construction practices.

It finds that application of regenerative design measures, specifically design strategies of adaptability and disassemblability, require careful consideration of project specific circumstances. If project specific conditions are not properly evaluated, such design strategies may cause unintended increased project cost both environmentally and economically.

Still such practices also hold the potential to unleash long term benefits, through enabling future cost and environmental savings due to mitigation of future excess resource use.

Original language	English
Publisher	The CIRCuIT project
Number of pages	66
Publication status	Published - 2023
Publication type	D4 Published development or research report or study

Access to Document

https://www.circuit-project.eu/post/latest-circuit-reports-and-publicationsLicence: Unspecified

2 Article

Barriers to implementing adaptable housing: architects' perceptions in Finland and Denmark
Tarpio, J., Huuhka, S. & Vestergaard, I., 19 Nov 2022, In: Journal of Housing and the Built Environment. 37, 4, p. 1859-1881 23 p.
Research output: Contribution to journal › Article › Scientific › peer-review

Open Access
File
19 Citations (Scopus)

89 Downloads (Pure)
Residents’ views on adaptable housing: A virtual reality-based study
Tarpio, J. & Huuhka, S., 14 Mar 2022, In: Buildings and Cities. 3, 1, p. 93-110 18 p.
Research output: Contribution to journal › Article › Scientific › peer-review

Open Access
File
17 Citations (Scopus)

84 Downloads (Pure)

Cite this

Moos Heunicke, N., Vejlgaard, A.-B., Lind, L., Beister, F., Hora, M., Doostdar, M., Bromisch, J., Abis, M., Maubach-Howard, A., Zavari, S., McNaugton, D., Swallow, P., Lahdensivu, J., Tarvainen, V., Nekkula, K., Huuhka, S., & Tarpio, J. (2023). Circular building concepts for concrete, hybrid concrete-wood, and volume construction. The CIRCuIT project. https://www.circuit-project.eu/post/latest-circuit-reports-and-publications

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abstract = "This report presents insights from 12 demonstration cases in the four CIRCuIT cities. The demonstrations address concrete locally anchored barriers and opportunities for implementation of regenerative construction practices. It finds that application of regenerative design measures, specifically design strategies of adaptability and disassemblability, require careful consideration of project specific circumstances. If project specific conditions are not properly evaluated, such design strategies may cause unintended increased project cost both environmentally and economically. Still such practices also hold the potential to unleash long term benefits, through enabling future cost and environmental savings due to mitigation of future excess resource use.",

author = "\{Moos Heunicke\}, Nichlas and Ann-Britt Vejlgaard and Lasse Lind and Frank Beister and Maike Hora and Masha Doostdar and Janus Bromisch and Marco Abis and Antony Maubach-Howard and Salma Zavari and Duncan McNaugton and Peter Swallow and Jukka Lahdensivu and Ville Tarvainen and Kimmo Nekkula and Satu Huuhka and Jyrki Tarpio",

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Moos Heunicke, N, Vejlgaard, A-B, Lind, L, Beister, F, Hora, M, Doostdar, M, Bromisch, J, Abis, M, Maubach-Howard, A, Zavari, S, McNaugton, D, Swallow, P, Lahdensivu, J, Tarvainen, V, Nekkula, K, Huuhka, S & Tarpio, J 2023, Circular building concepts for concrete, hybrid concrete-wood, and volume construction. The CIRCuIT project. <https://www.circuit-project.eu/post/latest-circuit-reports-and-publications>

TY - BOOK

T1 - Circular building concepts for concrete, hybrid concrete-wood, and volume construction

AU - Moos Heunicke, Nichlas

AU - Vejlgaard, Ann-Britt

AU - Lind, Lasse

AU - Beister, Frank

AU - Hora, Maike

AU - Doostdar, Masha

AU - Bromisch, Janus

AU - Abis, Marco

AU - Maubach-Howard, Antony

AU - Zavari, Salma

AU - McNaugton, Duncan

AU - Swallow, Peter

AU - Lahdensivu, Jukka

AU - Tarvainen, Ville

AU - Nekkula, Kimmo

AU - Huuhka, Satu

AU - Tarpio, Jyrki

PY - 2023

Y1 - 2023

N2 - This report presents insights from 12 demonstration cases in the four CIRCuIT cities. The demonstrations address concrete locally anchored barriers and opportunities for implementation of regenerative construction practices. It finds that application of regenerative design measures, specifically design strategies of adaptability and disassemblability, require careful consideration of project specific circumstances. If project specific conditions are not properly evaluated, such design strategies may cause unintended increased project cost both environmentally and economically. Still such practices also hold the potential to unleash long term benefits, through enabling future cost and environmental savings due to mitigation of future excess resource use.

AB - This report presents insights from 12 demonstration cases in the four CIRCuIT cities. The demonstrations address concrete locally anchored barriers and opportunities for implementation of regenerative construction practices. It finds that application of regenerative design measures, specifically design strategies of adaptability and disassemblability, require careful consideration of project specific circumstances. If project specific conditions are not properly evaluated, such design strategies may cause unintended increased project cost both environmentally and economically. Still such practices also hold the potential to unleash long term benefits, through enabling future cost and environmental savings due to mitigation of future excess resource use.

M3 - Commissioned report

BT - Circular building concepts for concrete, hybrid concrete-wood, and volume construction

PB - The CIRCuIT project

ER -

Circular building concepts for concrete, hybrid concrete-wood, and volume construction

Abstract

Access to Document

Fingerprint

Research output

Barriers to implementing adaptable housing: architects' perceptions in Finland and Denmark

Residents’ views on adaptable housing: A virtual reality-based study

Cite this