Articles

Bending characteristics of CLT from recovered spruce

Ui Chulain et al. 2023 WCTE CLT

Embedment strength of recovered spruce and oak

Ui Chulain et al. 2023 WCTE Embedment

How timber buildings can be designed for deconstruction and reuse in accordance with ISO 20887

Sandin et al. 2023 WCTE

Engineered wood products manufactured from reclaimed hardwood timber

Llana et al. 2023 WCTE

Development of a life cycle inventory database and life cycle impact assessment of the building demolition stage: A case study in Germany

Ivanica et al. 2022

Cross Laminated Timber (CLT) manufactured with European oak recovered from demolition: Structural properties and non-destructive evaluation

Llana et al. 2022

"More than the sum of their parts - How UK Timber Houses can be deconstructed and reused", by Marlene Cramer and Ylva Sandin presented at WSE conference 2021

Cramer WSE 2021 How UK Timber Houses can be deconstructed and reused

Estimating the material stock in wooden residential houses in Finland

Nasiri et al.-Estimating the material stock in wooden residential houses in Finland

Adding value to timber components through consideration of demolition and disassembly

Walsh and Shotton

"Reuse of solid Timber - Case Study: IsoTimber", by Carmen Cristescu et al. presented at WSE conference 2021

Cristescu WSE 2021 Reuse of solid Timber – case study: IsoTimber

"Recovered Wood as Raw Material for Structural Timber Products. Characteristics, Situation and Study Cases: Ireland and Spain", by Daniel F. Llana et al. presented at SWST conference 2020

Llana et al. 2020 SWST

A case study of timber demolition recycling in the UK by Marlene Cramer and Dan Ridley-Ellis presented at WSE conference 2020

A case study of timber recycling demolition in the UK

"A Shed Resource: A Look at Wood Recycling in the UK". Article by Marlene Cramer and Daniel Ridley-Ellis presented at the Conference "Timber" 2020

Cramer-Timber2020-Wood Recycling

Some Awkward Questions about Density, by Daniel Ridley-Ellis and Marlene Cramer, presented at the Conference "Timber" 2020

Ridley-Ellis-Timber2020-questions about density

"Cascading Potential for Recovered Wood from Heavy Timber Frame Typologies in Pre-Modern Dwelling Buildings in Madrid, by Marina de Arana-Fernández et al. presented at SWST conference 2020

De Arana-Fernández et al. 2020 SWST

 

Summary report InFutUReWood – Innovative Design for the Future – Use and Reuse of Wood (Building) Components

Summary report

REPORT 1 - STATE OF THE ART REVIEW OF DESIGN FOR DECONSTRUCTION IN TIMBER STRUCTURES

InFutURe Wood Report D2.1f

Experiences from the Deconstruction of a Timber Building

Sandin et al.

Design for Deconstruction and Reuse: Case study Everett Grand

Case-study Everett Grand

Design of Timber Buildings for Deconstruction and Reuse — Three methods and five case studies

InFutUReWood Report D2.2

Master Thesis: Developing a grading tool for sustainable design of structural systems in buildings

Andres Thesis LIU

Design for Deconstruction and Reuse: Case study Villa Anneberg

Case-study Villa Anneberg

Design for deconstruction and reuse of timber buildings - testing an assessment tool in a workshop

Testing an assessment tool

Recovered timber in Europe: sources, classification, existing and potential reuse and recycling

InFutUReWood Report D3.1

Traceability protocols for timber construction materials and products

InFutUReWood Report D3.4

Recycling timber in new mass timber construction products

InFutUReWood Report D3.2 (not yet public)

Design concepts for building products optimised for deconstruction

InFutUReWood Report D3.3

Posters

Designing for Reuse & Disassembly of Timber, by StJohn Walsh, UCD, presented at SWST conference 2020

Walsh 2020 SWST

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Acknowledgement: Project InFutUReWood is supported under the umbrella of ERA-NET Cofund ForestValue by Vinnova – Sweden's Innovation Agency, the Forestry Commissioners for the UK, the Department of Agriculture, Food and the Marine for Ireland, the Ministry of the Environment for Finland, the Federal Ministry of Food and Agriculture through the Agency for Renewable Resources for Germany, the Ministry of Science, Innovation and Universities for Spain, the Ministry of Education, Science and Sport for Slovenia.

Project InFutUReWood is supported under the umbrella of ERA-NET Cofund ForestValue

ForestValue has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement N° 773324.

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Acknowledgement: Project InFutUReWood is supported under the umbrella of ERA-NET Cofund ForestValue by Vinnova – Sweden's Innovation Agency, Formas, Swedish Energy Agency, the Forestry Commissioners for the UK, the Department of Agriculture, Food and the Marine for Ireland, the Ministry of the Environment for Finland, the Federal Ministry of Food and Agriculture through the Agency for Renewable Resources for Germany, the Ministry of Science, Innovation and Universities for Spain, the Ministry of Education, Science and Sport for Slovenia.

Project InFutUReWood is supported under the umbrella of ERA-NET Cofund ForestValue

ForestValue has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement N° 773324.

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