Topics
The conference addresses most topics in building physics/science and should allow the attendees not only to deepen their knowledge but also to broaden their interest. Papers are invited on the subjects listed below. Papers that focus on measured results and compared with predictions, that address new developments in theory and modelling, that show results of a full performance approach are encouraged. Papers that concentrate on the application of existing software only or that do not go beyond experience based facts are discouraged.
- Building materials
This topic deals with heat, air and mass flow in materials, emissions by materials and the interactions between heat and mass, sound and mechanical material properties. Papers dealing with new testing techniques and articles that provide a better understanding of the complex relationships between properties and driving forces are highly welcome. - Building envelope systems
This topic focuses on performance-based design, testing and development of building envelope with an emphasis on the action between the heat, moisture and air response, noise reduction, daylight and durability. The interaction of the building envelope with HVAC. Advanced concepts such as risk analysis and probabilistic design can be presented. - Whole buildings
New advances in energy efficiency, evaluation of global hygrothermal performance, engaging a better thermal insulation, high tech glazing solutions, usage of passive and hybrid means, highly efficient building services and renewable energy applications are discussed. Overall sustainability is considered and better tools for both energy and sustainability optimization are saught. - Interactions with the interior environment (usability, comfort and indoor air quality)
Many parameters shape the usability of an indoor environment. Are there new developments in the quantification of thermal, hygric, acoustical and visual comfort? Are there new facts to consider when discussing indoor air quality? Can we upgrade comfort and indoor air quality by a better usage of passive means? Papers are called that consider these aspects. Studies on the boundary conditions of the envelope with regards of the interior environment are welcome. - Interaction with the exterior environment
The building is subjected to climatic loads. The interactions of the buildings with the exterior environment includes such topics as the effects of sunlight and solar gains, the changes in wind, driving rain and snow patterns, traffic noise and its impact on sound conditions outside and inside, and the heat island effect. - Role of building physics (building science) in building engineering
The field of building engineering is fast evolving and includes structures, HVAC and building service systems, construction management and the application of building physics. What is the extent of knowledge in building physics required by future building engineers? Studies on design to manage loads and minimize their impact and on harnessing environmental forces (the sun and wind, for example) to move buildings towards sustainability are welcome.
