Interdisciplinary diagnostics in the process of revitalization of historic buildings, in terms of changing their function

Terlikowski, W.

doi:10.1051/matecconf/201711700165

Cited by 10 publications

(10 citation statements)

References 4 publications

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“…In step 2, the value of sustainability should be re-determined (through the values of the partial factors W [1][2][3][4][5][6][7][8] , with the exception of the structural factor W 3 ). Then an increased value of the revitalization capacity of the building is received, taking into account potential revitalization actions that can be applied in a specific building, implementing the Local Revitalization Program.…”

Section: A Two-stage Methods Of Assessing the Revitalization Capacity mentioning

confidence: 99%

“…The revitalization process, which is according to its definition an interdisciplinary process, requires an interdisciplinary approach [1,2]. It should be expressed during the revitalization investment preparation period, through the diagnosis of the revitalization process, including interdisciplinary research concerning the area in a crisis situation, as well as in the entire spectrum of revitalization activities.…”

Section: Interdisciplinary Building Diagnostics In the Revitalizationmentioning

confidence: 99%

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A two-step approach for assessing the revitalization capability of historic buildings

Terlikowski

2018

E3S Web Conf.

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Abstract. The assessment of the revitalization capacity of historic buildings is an innovative method of interdisciplinary diagnostics, in which the condition of the building is analyzed in a context of a revitalization process. This context enforces an approach which takes into account nontechnical issues, the analysis of which gives the opportunity to draw up appropriate revitalization concepts. These issues are usually described in communal revitalization programs, taking into account social, educational and health problems of the local community. Properly carried out interdisciplinary diagnostics can show how non-technical problems can be solved by technical actions concerning a building located in a revitalized area. The two-step approach for assessing the revitalization capacity is aimed at showing the current state of the existing historic building, which has a certain potential in both technical and non-technical areas, which may directly affect the process of revitalization of the area in a crisis situation. In the first stage of the analysis, we obtain the values of partial factors -legal and formal state, historical and cultural value, structural aspects, impact on human, external environment, energy efficiency, innovation and impact on the local community factors. The difference between the acquired value of the factor and its maximum value shows a potential of the building concerning a given issue. Taking it into consideration, non-technical factors can be used to increase the building's value by planning specific revitalization activities which utilize the building's potential. The article discusses the method of effectively shaping revitalization activities by raising the partial assessment factors.

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Section: A Two-stage Methods Of Assessing the Revitalization Capacity mentioning

confidence: 99%

Section: Interdisciplinary Building Diagnostics In the Revitalizationmentioning

confidence: 99%

A two-step approach for assessing the revitalization capability of historic buildings

Terlikowski

2018

E3S Web Conf.

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“…The adaptability of buildings depends on building-related attributes (Stone, 2005), and could moreover be enhanced by amendments in context-related issuese.g. legislations and market conditions (Remøy and Wilkinson, 2012;Terlikowski, 2017;Wilkinson, 2014c).…”

Section: Building Adaptation and Adaptabilitymentioning

confidence: 99%

Circular building adaptability and its determinants – A literature review

Hamida

Jylhä

Remøy

et al. 2022

IJBPA

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PurposeAdaptability is an inherent quality in building circularity, as adaptability can physically facilitate the reversibility of materials in a closed-reversible chain, also called “loops”. Nevertheless, positioning adaptability in circularity-oriented models could overlook some of the contextual considerations that contribute to the utility for the built environment. This paper reconceptualises building adaptability to incorporate circularity, in order to facilitate for the resource loops whilst preserving the long-lasting functionality in buildings.Design/methodology/approachAn integrative literature review on adaptability and circularity of buildings was conducted using systematic search approach. From the initial database of 4631 publications, 104 publications were included for the final analysis. A comparative analysis of definitions and determinants of both concepts was conducted to reconceptualise circular building adaptability.FindingsThe findings of the literature study show that incorporating circularity and adaptability is possible through 10 design and operation determinants, namely configuration flexibility, product dismantlability, asset multi-usability, design regularity, functional convertibility, material reversibility, building maintainability, resource recovery, volume scalability, and asset refit-ability. The study concludes that considering the defined determinants in a holistic manner could simultaneously facilitate: building resilience to contextual changes, creation of asset value, and elimination of waste generation.Originality/valueThis paper expands the relevant bodies of literature by providing a novel way of perceiving building adaptability, incorporating circularity. The practical value of this paper lies in the discussion of potential strategies that can be proactively or reactively employed to operationalise circular building adaptability.

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“…The application of SMA in the field of civil engineering is a result of striving for better natural disaster resilience and demand for high performance of modern structures, as well as safety and adjustment to actual requirements for adaptations of historical buildings [3]. Those can be achieved due to unique characteristics of SMA such as shape memory effects and superelasticity.…”

Section: Introductionmentioning

confidence: 99%

Constitutive Modelling and Numerical Implementation of SMA Material with Internal Loops

Zbiciak

Wasilewski

2018

Archives of Civil Engineering

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The article presents a constitutive model for Shape Memory Alloys (SMA) along with result of dynamic simulations of SMA model. The applications of devices incorporating SMA in civil engineering focus mostly on mitigation of the seismic hazard effects in new-build and historical buildings or improvement of fatigue resilience. The unique properties of SMA, such as shape memory effect and superelasticity give promising results for such applications. The presented model includes additional phenomenon of SMA – internal loops. The paper shows the method of formulation of physical relations of SMA based on special rheological structure, which includes modified Kepes’s model. This rheological element, introduced as dual-phase plasticity body, is given in the context of martensite phase transformation. One of the advantages of such an approach is a possibility of formulation of constitutive relationships as a set of explicit differential equations. The application of the model is demonstrated on example of dynamic simulations of three dimensional finite element subjected to dynamic excitation.

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Interdisciplinary diagnostics in the process of revitalization of historic buildings, in terms of changing their function

Cited by 10 publications

References 4 publications

A two-step approach for assessing the revitalization capability of historic buildings

A two-step approach for assessing the revitalization capability of historic buildings

Circular building adaptability and its determinants – A literature review

Constitutive Modelling and Numerical Implementation of SMA Material with Internal Loops

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