Krystyna Pietrzyk
Design with uncertainties. Krystyna deals with modelling of building/urban performance under environmental load (caused by climate, users’ behavior etc.) to support building design and urban planning. She takes into account uncertainties coupled to performance of different design solutions by applying the methods of risk/reliability analysis. Krystyna is experienced in research activities, in leading projects, consulting Master students, PhD students and post-docs, and in organization of research. She has been active in the area of building physics in application in Architecture. She deals also with architectural and engineering research approaches to the problems where uncertainty, complexity, and wickedness are present. Krystyna is the Director of Studies for Graduate school of Architecture.
Showing 55 publications
Wicked Problems in Architectural Research: The Role of Research by Design
Towards wind modelling for sustainable building/urban design
Probabilistic modelling of wind induced air exchange in buildings
Bioclimatic tools for sustainable design – uncertainty perspective
On Risk and Reliability Studies of Climate-Related Building Performance
Circularity aspects of building design – approach accounting for uncertainties
Towards application of risk management technique in building performance design.
A systemic approach to moisture problems in buildings for mould safety modelling
Risk management of windows performance
Uncertainty of climate related parameters of a building envelope – case of leakage characteristics
Stochastic character of local wind speed in application to reliability model of ACH
Organisation and Curriculum of Academy in Sustainable Urban Futures
Systemic approach – general comments applicable to retrofitting problems
Energieffektiviseringar – vilka risker finns och hur ska de hanteras?
Modelling reliability of structure with respect to incipient mould growth
Concept of resistance in application to mould growth problems in buildings
Thermal Performance of a Building Envelope – A Probabilistic Approach
From uncertainty to reliability under risk constraints
Conceptual model for mould safety
Quantification of building/environment system performance
Quantification of Building/Environment system performance
Probabilistic analysis of air infiltration in low-rise buildings.
Reliability analysis in building physics design.
Probabilistic modelling of the heat loss performance of a building envelope
Reliability analysis in interior climate and building envelope design.
Probability-based design in ventilation
Probabilistic model PROMO for evaluation of air change rate distribution
Probabilistic Modeling of Dynamic U-Factor
Application of risk assessment technique to moisture problems in buildings.
Probabilistic Modelling of Air Infiltration and Heat Loss in Low-Rise Buildings
From craft to building industry in the aspect of development of ventilation systems.
Probabilistic model of heat flow through the building envelope.
Full-scale measurements of indoor air flow
Probabilistic analysis of air infiltration in a single family house
Extreme value statistic (application to the wind speed data measured in Antarctic)
Risk analysis of air infiltration in a single family house.
Risk analysis of air infiltration in the building
Experimental evaluation of dynamic characteristics of the steel mast located near to Arvidsaur
Full-scale measurements of dynamic properties of the chimney at Ryaverket
Full-scale wind pressure measurements around a reinforced concrete chimney
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Showing 14 research projects
Analysis of wind simulations to support building/urban design – Virtual Göteborg
Participation in the 40th AIVC Conference
Mapping, Reflecting and Developing PhD-by-Design Programmes’
IDEA League Doctoral School on Urban Systems and Sustainability
Modelling reliability of structure with respect to incipient mould growth
Concept of resistance in application to mould growth problems in buildings
Agreement on Research Cooperation between Sweden and ARDHI University
Conceptual model for mould safety
Reliability analysis for preventing mould growth
Quantification of building/environment system performance