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Research

The IBO's research is primarily oriented towards results and implementation: IBO research should encourage the dissemination of independent information, substantiated comparisons, decision-making aids as well as make tools available. Research activities cover all areas of sustainable construction. The scientific approach makes it easier to identify which measures improve construction. Research at the IBO focuses on quantitative and qualitative assessment that can be applied in practice.

Research projects


ResearchRenovation

Favorite Facades Reuse Reduce Repair

The exploratory project ‘Favourite Facade ReUse’ has set itself the goal of realising the renovation and thermal upgrading of buildings with curtain…


ResearchComfort
Measurements & MonitoringInterior

DyNaBe - Dynamic and sustainable comfort

Dynamic comfort models not only improve the forecasting accuracy of the standard models currently used in practice, but also offer the possibility of…


ResearchLifecycle assessments and lifecycle costs
Measurements & MonitoringInteriorCircular economy

RE-FORM earth
Clay construction for the building revolution

Clay can do many things - it can be used as a building sealant, rammed earth wall, interior plaster, screed or even floor covering. However, there is…


ResearchMonitoring

MARGRET
Measurement of greened/non-greened objects for the adaptation of calculation models

Development of measurement methods to determine the influence of greening measures on greened versus non-greened reference objects with contemporary…


ResearchPassivhaus & Plusenergie Gebäude
Smart CityRenovation

Climate communities
Climate-fit neighbourhood solutions for refurbishment in smaller towns

On the way to climate-neutral cities there is a lack of concrete, climate-friendly renovation solutions that can be widely applied. Small and…


Building product managementCircular economy

Guide to plastic-free construction
Analysis of hazards and risks over the entire life cycle of building products

It is impossible to imagine the building industry without plastics, but the long-term effects on humans and the environment have not yet been…


ResearchCircular economy

UP!crete
Performance of recycled concrete in upcycling

In the UP!crete project, scientifically sound knowledge is generated on the possibilities of improving the properties of recycled aggregates to enable…


ResearchCircular economy

Erdbewegung
Clay as a climate- and resource-friendly building material

The massive use of materials that can only be reused by means of downcycling or materials that are destined for landfill in recent decades presents…


ResearchRenovation

LehB:Klimafit!
Live in the stock today: climate fit together

High resource and energy efficiency, the use of renewable energy, recyclability, high-quality interstitial spaces and good long-term thermal comfort…


ResearchLifecycle assessments and lifecycle costs
Circular economy

Circular Twin
A Digital Ecosystem for the Generation and Evaluation of Circular Digital Twins

By 2030, more than the equivalent of two Earths will be needed to meet the demand for natural resources, therefore a transition to circular systems is…


ResearchMonitoring

HEDWIG
Collection of measurement data to assess the impact of green buildings

HEDWIG aims for the assessment of effects from green roofs and facades on buildings by using monitoring data referring to microclimate and building…


ResearchCircular economy

TimberBioC
Critical evaluation of the effect of biogenic carbon in wood products on climate change using dynamic models.

The overall objective of TimberBioC is the development and coupling of dynamic models on forest and product level as a robust basis for the…


ResearchCircular economy

TimberLoop
From the building industry, for the building industry - Fundamentals of the recyclability of wood

The overall project goal of TimberLoop is to conceptualize the recycling of construction timber, as a central component of the wood-based bioeconomy.…


ResearchCircular economy

Build-Re-Use
100 percent re-use and recycling for buildings with short usage cycles

The BuildReUse project will develop concepts of the circular economy with regard to buildings with short usage cycles in order to promote the…


ResearchCircular economy

KLIMADEMO Vis-à-Vis
Participatory realization of a climate-neutral demonstration building

Vis-à-Vis, a building in the Village im Dritten urban development area, is to become a scalable, climate-neutral pilot project and thus a role model.…


ResearchBuilding acoustics

Engineered wood composites with enhanced impact sound insulation performance to improve human well being (IRIS)

FWF funded joint research project at the IBO with partners from Austria and Slovenia


Research

LOW TECH innovation-lab
Real laboratory for the transformation to climate- and resource-friendly energy regions with innovative LOW TECH solutions

LOW TECH innovation-lab aims to set up an innovation laboratory in which innovative model solutions are developed, tested and rolled out widely in…


ResearchLifecycle assessments and lifecycle costs

NaNu3
Parametric planning for a sustainable utility roof (blue, grey and green)

Roof areas could be used much more intensively: Photovoltaics, water retention and local recreation are not mutually exclusive, but must be…


ResearchLifecycle assessments and lifecycle costs
Building physicsRenovation

GreenTech-Renovation
Energetic Renovation of Glass Buildings of Architectural Value

The focus of the GreenTech-Renovation project is to find innovative solutions for the energetic renovation of architecturally valuable buildings with…


ResearchMonitoring

GLASGrün
Regulation of climate, energy requirements and well-being in GLASS structures through structurally integrated, vertical GREEN

GLASGrün aims for the development of innovative vertical greenery systems to apply to glass facades.The focus is laid on amendments, sanitation of…

New Scientific Publications

Dolezal F., Dobra T., Zelger T., Neumann M. Evaluation of the Effect of Biogenic Carbon in Wooden Building Products on Climate Change by Dynamic Modelling Society of Wood Science andTechnology International Convention. Portoroz 2024.

Reichenauer A., Kumer N., Dolezal F.: A novel vibration sensing device for measuring flanking transmission in mass timber buildings. Society of Wood Science andTechnology International Convention. Portoroz 2024.

Primožič L., Dolezal F., Prislan R., Kutnar A.: What type of social media posts about sustainable construction is better for audience engagement? Open Res Europe 2024, 4:24 https://doi.org/10.12688/openreseurope.17079.2

Dolezal F., Reichenauer A., Wilfling A., Neusser M., Prislan R.: Recording, Processing, and Reproduction of Vibrations Produced by Impact Noise Sources in Buildings. Acoustics 2024, 6, 97–113. https://doi.org/10.3390/acoustics6010006

Dolezal F., Fellner M., Neusser M.: Acoustic Performance of Buildings, Components and Materials as a Parameter for Ecological and Social Assessments. Proceedings of 10th Congress of the Alps Adria Acoustics Association. Izola 2023.

More scientific publications