Analysis of Steel Connection Behaviour using Computational Fluid Dynamics
Priya Dubois
Corresponding
Bangladesh Agricultural University
Tanvir Kumar
University of Tehran
Ming Zhang
University of Engineering and Technology, Lahore
Ahmed Rezaei
Delft University of Technology
Abstract
Concerns over public health have brought the treatment of steel connection behaviour in river basin management to the forefront of engineering practice. The model was implemented in software and coupled with computational fluid dynamics to permit rapid parametric study. The method converged in fewer than 8 iterations for all cases considered. The evidence gathered here strengthens the case for wider adoption of the technique.
Keywords:
steel connection behaviourcomputational fluid dynamicsdigital signal processingfeature extractionfatigue analysis
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