With the increasing use of structural steelwork in building projects in Australia, Structural Engineers are seeing greater demand on them to understand the basic principles of fire dynamics and fire resistance in order to ensure cost effective solutions. The need to balance long standing prescriptive fire protection methods with the desire to offer more economical fire engineering solutions has lead to a range of methodologies. Some of these include partial protection on some members and at localised hotspots such as critical steel connections.
This presentation aims to provide attendees with a review of Performance Based Structural Fire Engineering, including the effects of fire on steel structures and a range of different methods of analyses to ensure effective solutions to maintain the structural integrity of steel structures during a fire. Presentation Topics:
Who Should Attend?
The suggested audience for this presentation includes; Architects, Designers, Structural Engineers, Fire Safety Engineers, Fire Protection Consultants, Builders, Quantity Surveyors, Building Regulation Consultants, Fire & Arson Investigators, Private Certifiers and Regulatory Authorities including Council and Fire Brigade Personnel.
Dr Linus Lim is a Senior Fire Engineer with Holmes Fire. He has a Masters and a Ph.D. in Fire Engineering from University of Canterbury, New Zealand, and over 10 years fire engineering experience with projects in Australia, New Zealand, United Kingdom, Europe, USA, Middle East and Asia. Linus has provided fire engineering and structural fire engineering designs for a vast number of commercial, retail, heritage, residential and infrastructure projects. His specialist field of expertise is in the fire behaviour of concrete, steel and timber structures. Linus has significant consulting experience in developing structural fire engineering strategies and undertaking advanced finite element analysis on buildings and bridges under fire exposure.
At selected locations, there will be a second speaker presenting on a local project.
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