Recent large fires in residential and industrial complexes across the region (nation) have triggered a need for education about fire safety in buildingdesign, construction and maintenance.

This two-day symposium will focus on the theoretical and practical aspects of fire engineering in relation to structural stability in fire. The speakerswill initiate an introduction to the concepts of fire engineering of structures, safety and will present recent technological advancements. The responseof steel and concrete structures during fire will be discussed, along with strategies for enhancing their fire performance.

The symposium will focus on the design, behavior and analytical modeling of structural systems under extreme fire conditions and material propertiesat elevated temperatures. Guidelines for enhancing the fire resistance of structural systems will be presented. The latest philosophies in performancebasedfire safety design and analysis of structures in fire will be presented along with evidence from real building fires.

Changes due to elevated temperatures in the mechanical properties of construction materials, such as steel, concrete and advanced engineeredmaterials such as fiber reinforced polymers (FRP) used in strengthening structural materials, will be discussed. The effect on design of structures withsuch changes in the material properties at elevated temperatures will be covered.

Visit the website http://www.aus.edu/sdfrs12

For registration please visit: https://www.regonline.com/f850

For more information please contact: cen-outreach@aus.edu -