Coupled CFD and FE
Simulations of Structures under Fire
Dr. Rami Haj-Ali,
Georgia Tech, 404-894-4716, rami.haj-ali@ce.gatech.edu
Joonho Choi, Georgia Tech,
404-894-9354, joonho.choi@ce.gatech.edu
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Objectives and Approach |
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Summary |
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A three dimensional combined
fire-structural analysis and simulations approach is proposed for both
metallic and FRP composite materials, concrete, and structures. The use
of temporal-spatial approximation to represent the spatial history of the
temperature profiles is an important aspect of the coupled problem. The
proposed 3D modeling approach is general and allows investigating different
aspects of structural performance under fire. Modeling damage and
connection behavior under fire can be addressed using the proposed approach. |
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Examples |
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High Quality movie |
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HRRPUV (Heat Release Rate Per Unit Volume) |
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Surface Temperature |
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High Quality movie |
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HRRPUV (Heat Release Rate Per Unit Volume) |
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Surface Temperature |
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High Quality movie |
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HRRPUV (Heat Release Rate Per Unit Volume) |
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Von Mises Stress |
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Three story
apartment building |
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High Quality movie |
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HRRPUV (Heat Release Rate Per Unit Volume) |
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Surface Temperature |
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Equivalent Plastic Strain |
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Von Mises Stress |
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·
Cardington Fire
test - test #4 |
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High Quality movie |
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HRRPUV (Heat Release Rate Per Unit Volume) |
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Surface Temperature |
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Deformation - Abaqus |
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