Energy Efficiency and New Approaches in Building Physics
June 15-18, 2009, Istanbul, Turkey
The 2009 Building Physics Conference will be organized in Istanbul, Turkey by the Physical Environment Control Unit of Istanbul Technical University, Faculty of Architecture. The conference will provide a forum for scientists, researchers and practitioners from all over the world to disseminate technical information, new ideas and the latest developments and discuss future direction in the fields of building physics. Moreover, the conference is expected to form a platform through which the developed and the developing countries exchange their knowledge and experiences.
Aim
The 2009 Building Physics Congress aims to play a leading role on the subject of building physics, by providing a forum for information exchange between researchers and professionals. Therefore, the "4th International 2009 Building Physics Conference" expected to meet the following purposes:
Enabling participants from developed and developing countries to meet and to exchange knowledge and experience
Assisting and promoting new studies in local, regional and global scales
Encouraging the dissemination of high quality information and education on building physics
Involving young researchers in information and education in building physics
Promoting research opportunities between different research groups
Developing principles of design and construction to ensure a healthy, comfortable and sustainable environment
Widening quality design and construction availability, especially in developing countries
Important dates
Call for abstracts
July 2, 2007
Abstract submittal
December 31, 2007
Notification of acceptance
January 28, 2008
Submission of first round manuscripts
June 16, 2008
Completion of peer review
September 29, 2008
Submission of revised papers
November 10, 2008
Submission of final papers
February 16, 2009
Conference
June 15-18, 2009
Topics
Building materials
Heat, air and mass transfer in materials
Emissions by materials
Performance of materials
Building envelope systems
Design and performance of building envelope
Facade technology
Fenestration
Building envelope and systems integration
Whole buildings-Sustainability and energy efficiency
Low energy buildings
Energy efficiency
Evaluation of global hydrothermal performance
Thermal performance
Usage of passive and hybrid means
Highly efficient building
Sustainable design strategies
Renewable energy applications
Life cycle cost
Whole buildings- Building physics technologies
Measuring, simulating and modelling techniques
HVAC and building service systems
Lighting systems
Active fire protection measurements
Whole building system optimization
Usability, safety, comfort and indoor air quality
Thermal, acoustical and visual comfort
Indoor climate
Indoor air quality
Natural ventilation
Passive design parameters
Indoor environmental quality studies
Solar control
Daylighting
Smoke movement control and smoke extraction
Construction and Compartmentation
Means of egress
Air tightness and air movement
Shading and glazing design optimization
Urban physics
Building responses to the climate
Design and engineering with climate
Conservation of energy and environment
Impact of Wind and Storm on City Life and Built Environment