Research

on this site

1

Sessions

2

Submissions

3

Book of Abstracts

Sessions

Circularity Building Stock Buildings Sufficiency Critical Digitalization Optimization
Education Materials Urban Planning Urban Governance Climate Neutral Buildings
Life Cycle Assessment Innovation & Economy Infrastructure Poster Session Student Conference

Submissions

Circularity  I -
Circular Material Systems

Surveying the building stock of Graz with regard to a circular economy in the construction sector (s.1.1) Architecture as Circular Material Systems (s.1.2) Rethinking recurring waste flows: Creating material cycles by identifying new use cases for idle materials (s.1.3) Circularity and sustainability in the construction value chain (s.1.4) Assessing Circular Information Flow in Industrialized Construction Firms: a framework for evaluating data for circular construction (s.1.5) Predicting material consumption in a Circular Economy oriented design methodology for pedestrian and cycling bridges (s.1.6)

Circularity II -  
Circular Economy of the Building Sector

Reconsidering the assessment method of Environmental implications of Circular Economy in the Built Environment (s.2.7) How is the construction sector addressing the Circular Economy? Lessons from current practices and perceptions in Argentina (s.2.8) Paving the way towards circularity in the building sector. Empa's Sprint Unit as a beacon of swift and circular construction (s.2.9) The socio-spatial effects of Circular Urban Systems (s.2.10) An urban hospital based on the principles of circular economy: the case of Joseph Bracops hospital (s.2.11)

Circularity III -
Reuse – Materials and Buildings

ScanR: A composite building scanning and survey method for the evaluation of materials and reuse potentials prior to demolition and deconstruction (s.3.12) Environmental and economic analysis of new construction techniques reusing existing concrete elements: two case studies (s.3.13) Restructure, repurpose, extend. Design strategies for future- oriented building and for strengthening the potential of the existing building fabric (s.3.14) Evaluating ‘reuse’ in the current LCA framework – Impact of reuse and reusability in different life cycle stages (s.3.15) Demolish or reuse? - The balance between operational and embodied emissions in the retrofit of commercial buildings (s.3.16) GMIT and the systematic environmental assesment of secondary materials (s.3.17)

Building Stock I -
Refurbishment and Retrofitting

Reno-DM: A Knowledge Model to Support the Decision-making Process in the Context of Residential Building Renovation Projects (s.4.18) Investigating the role of induced emissions while determining sustainable refurbishment for institutional buildings relying on low-carbon energy (s.4.19) Building the future using the existing building stock: the environmental potential of reuse (s.4.20) Drivers and Challenges for Implementing Sustainability-oriented Upgrading in Social Housing in Brazil (s.4.21) New Angles for Adaptive Building Reuse Research (s.4.22)

Building Stock II -
Refurbishment and Retrofitting

Exploring long-term building stock strategies in Switzerland in line with IPCC carbon budgets (s.5.23) Life cycle GHG emissions of the Austrian building stock: a combined bottom-up and top-down approach (s.5.24) Enhanced Productivity for the Future of Retrofitting (s.5.25) Comparison of building thermography approaches using terrestrial and aerial thermographic images (s.5.26) BTPFlux : a building material flow analysis model to enhance the urban metabolism on french territories (s.5.27)

Sufficiency

Designing sustainable office spaces – how to combine workspace characteristics with sufficiency strategies (s.7.32) Sufficiency as a Criterion for Sustainability Assessment (s.7.33) Mitigating climate change through healthy discomfort (s.7.34) Effects of open space configurations on outdoor thermal comfort in a tropical sub-urban neighbourhood (s.7.35)

Critical Digitalisation -
Machine Learning and Algorithm Application

Measuring the Cityscape: A Pipeline from Street-Level Capture to Urban Quantification (s.8.37) Piezoelectric Textile Facade for the energy supply of active sensor technology with regard to data management for circular economy in building construction (s.8.38) Deep multimodal learning for residential building energy prediction (s.8.39) Suggestions for solution space exploration in the early stage of architectural design based on a literature review (s.8.40) Stochastic solar irradiance from deep generative networks and their application in BIPV design (s.8.41)

Education –
Education in Architecture and Planning

Cards for Circularity (CFC): Reflections on the use of a card-based circular design tool in design education (s.12.58) RoofKIT - Circular Construction and Solar Energy Use in Practice at the Solar Decathlon Europe 21/22 (s.12.59) Investigating passive strategies in a cold climate – teaching EDDA in architectural education (s.12.60) On Reflection: Learning, Meaning and Identity in the Design Studio (s.12.61) Unboxing Urban Infrastructure: Three Methodologies for infrastructure-oriented Urban Design and Architecture Education (p.27.146)

Climate Neutral Buildings -
GHG Reduction Strategies

Towards Life Cycle Assessment of Technical Building Services in Early Design Phases using Building Information Modelling (s.10.47) FutureBuilt ZERO - A methodology for calculating greenhouse gas emissions from low emission buildings and areas in Norway (s.10.48) Plus minus zero: CO2-emissions of plus energy buildings in operation under consideration of hourly German CO2 emission factors for past, present and future (s.10.49) A holistic perspective on the French building and construction GHG footprint (s.10.50) Greenhouse gas reduction strategies for building materials: a reality check with the climate targets (s.10.51) Development of sustainable building standards: Next steps towards climate-friendly buildings in the City of Graz (s.10.52)

Climate Neutral Buildings -
Benchmark ZEB

Net zero emission buildings: next generation of benchmarks and calculation rules (s.11.53) Next generation of life cycle related benchmarks for low carbon residential buildings in Germany (s.11.54) Existing benchmark systems for assessing global warming potential of buildings – Analysis of IEA EBC Annex 72 cases (s.11.55) Towards indicative baseline and decarbonization pathways for embodied life cycle GHG emissions of buildings across Europe (s.11.56) Level(s) compared to European and Norwegian standards for life cycle assessment of buildings (s.11.57)

Materials I –
Clay and Mineral

Digital Design and Fabrication Strategy of a Timber Earth Slab (s.13.63) The Astysphere - a concept to overcome the polarity between cities and nature and to develop sustainable urban raw material fluxes (s.13.64) Steered Erosion – A differentiated approach on weather protection for exposed rammed earth walls (s.13.65) Earthen construction materials as enabler for circular construction (s.13.66)

Materials II –
Wood and Mycelium

Wood as a carbon mitigating building material: A review of consequential LCA and biogenic carbon characteristics (s.14.67) Wood in buildings: the right answer to the wrong question (s.14.68) HOME: Wood-Mycelium Composites for CO2-neutral, Circular Interior Construction and Fittings (s.14.69) Hygrothermal characterization of bio-based thermal insulation made of fibres from invasive alien lake plants bounded with mycelium (s.14.70) MY-CO SPACE: An artistic-scientific vision on how to build with fungi (s.14.71)

Materials III –
Concrete and Cement

Individualized standardization as overarching principle in the context of planetary boundaries (s.15.72) Environmental impact assessment to support the development of new Photonic Meta-Concrete (s.15.73) Functionally Gradient Concrete // Resource- and emission-reduced concrete building construction system for NZ - The development of a seismically resistant joint for a functionally graded concrete wall-to-floor connection (s.15.75) Comparison of different post-demolition autoclaved aerated concrete (AAC) recycling options (s.15.76)

Urban Governance –
Socio-Political Frames for Transition

The voices of vulnerable tenants in energy renovation (s.17.85) Sustainable Building Arenas: Constructing a Governance Framework for a Sustainability Transition of Cambodia’s Urban Built Environment (s.18.87) Critical Indigenism as Approach for Sustainable Urbanization (s.18.88) Urban qualities for dense mixed-use spaces. Theses, case studies and a toolbox for integrated tangible urban planning (s.18.89) Matching energy targets, stakeholders’ needs and modelling choices in developing urban energy scenarios (s.18.91) Effects of sustainability policy – Evaluating social consequences of carbon targets using Trip Completion Rates (s.18.92)

LCA I

Integration of life-cycle assessment in a multimodal building design approach (s.19.93) Tool characterisation framework for parametric building LCA (s.19.94) Consequential impacts of net-zero carbon design: a life cycle assessment of an active building (s.19.95) Buildings LCA and digitalization: Designers’ toolbox based on a survey (s.19.96) What is the impact of a basement on a building LCA and what role does the functional unit play? (s.20.98) To weigh or not to weigh? Recommendations for communicating aggregated results of buildings LCA (s.19.97)

LCA II

Reviewing allocation approaches and modelling in LCA for building refurbishment (s.20.99) How the modelling of transport affects the building Life Cycle Assessment (LCA) results. A case study analysis (s.20.100) Automated Life-cycle inventories for existing buildings - parametric reference model approach (s.20.101) Energy – Comfort – Environment: What matters most? A multi-criteria assessment of a residential apartment (s.20.102)

BIM/LCA –
Application Cases

Bridging the gap – A database tool for BIM-based circularity assessment (s.21.103) Developing an integrated BIM/LCA framework to assess the sustainability of using earthen architecture (s.21.104) Concept for combining LCA and hazardous building material assessment for decision support using BIM (s.21.105) A carbon-focus parametric study on building insulation materials and thicknesses for different heating systems (s.21.106) Development of an advanced methodology for assessing the environmental impacts of refurbishments (s.21.107)

Data –
EPD / LCA

Management and communication of HVAC-specific life cycle-related information - filling the gaps for sustainability assessment of buildings (s.22.108) The influence of EPD data on LCA results (s.22.109) Mission accomplished? - 6 Years InData (International Open Data Network für Sustainable Construction) (s.22.110) The Construction Material Pyramid - Integrating Health and Toxicity Parameters (s.22.111) Environmental Product Declarations – an extensive collection of availability, EN15804 revision and the ILCD+EPD format (s.22.112)

Innovation & Economy I:
Transformative Projects

Real-world laboratories in the Building Sector - Strategies for Transformation and Leap Innovations (s.23.113) Model projects as tools for cooperative urban development: The case of Haus der Statistik in Berlin Social innovations for supporting regenerative lifestyles: Exploration of three pioneering co-housing projects in Austria (s.23.115) Assessing the multi-layered value of urban development policy - The case of developing a creative and circular district in the city of Utrecht (s.23.116) Planning for sharing neighbourhoods – Negotiating sustainable transition with adaptive governance models (s.23.117)

Building Economy –
Sustainable Business Models

Future proof real estate companies through sustainable development of institutional building stocks – basics and tools (s.24.118) The Paris Climate Agreement as Benchmark for Buildings and Companies (s.24.120) Does energy retrofitting pay off? An analysis of German multifamily building data (s.24.121) Tailoring transformation: A framework of transformation potentials of the German craft sector

Postersession I

Circular economy market solutions for reuse in the construction sector of Europe (p.25.122) A Pathway to Climate Neutral Buildings: Definitions, Policy and Stakeholder Understanding in Sweden and China (p.25.123) Ecological performance of reusable load-bearing constructions (p.25.124) AESA approach applied to mineral and metallic resources use sustainability (p.25.125) Circularity of building materials: A non-discriminating calculation methodology (p.25.126) Sensitivity Analysis of Building Energy Models Due to the Shading Effect of Surrounding Buildings to Support Renovation Projects (p.25.127) Towards Climate Neutral Buildings – Case Study of Positive Building in Brussels: Gare Maritime project (p.25.128) Environmental Product Declarations (EPD) of construction product in Spain: Current status and future challenges (p.25.129) Development of a new environmental scoring methodology for building products, a French case study (p.25.130) Energy assessment of a residential building renovated with a novel prefabricated envelope integrating HVAC components (p.25.131) Ensuring proper management of building renovation based on an optimised decision-making model: Application in schools and social housing from southern Europe (p.25.132)

Postersession II

Green-blue infrastructure in the built environment – sustainable and resource-saving designs for urban structures and open spaces (p.26.133) Analytical framework for the analysis of co-benefits and trade-offs of urban heat mitigation strategies (p.26.134) Urban pervious concrete for thermal conditioning in open spaces on adaptation for climate change (p.26.135) Indoor CO2 buffering potential of clay-based building materials (p.26.136) The Methods of Deep Learning and Big Data Analysis in Promoting Sustainable Architecture (p.26.137) Machine learning to predict building energy performance in different climates (p.26.138) An overview of the impact of the COVID-19 pandemic on urban heat challenges (p.26.140) Methods for In-Silico Environmental Resilience, 2018 to 2100 (p.26.141)

Book of Abstracts

All submitted and published scientific papers were published in a Book of Abstracts.here.

The book was published with the TU Berlin publishing house:
ISBN 978-3-7983-3257-7 (print)
ISBN 978-3-7983-3258-4 (online)

Editors: Eike Roswag-Klinge, Thomas Lützkendorf, Kristin Wellner, Alexander Passer, Guillaume Habert

see full Book of abstracts

sbe22 berlin

Sustainable Built Environment D-A-CH Conference

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Natural Building Lab
constructive design and climate adaptive architecture
TU Berlin
Straße des 17. Juni 152
10623 Berlin
Germany

www.nbl.berlin

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