Interlocking masonry constructed from rubberized concrete represents a sustainable alternative to traditional masonry systems, offering benefits such as reduced material waste, improved deformability, and enhanced energy absorption. The incorporation of recycled rubber into concrete alters its mechanical behavior, introducing nonlinear characteristics that influence the performance of interlocking block assemblies under ...
ادامه نوشته »Simulation static modeling of masonry wall(brick+mortar) under compression load in Abaqus
Simulation static modeling of masonry wall(brick+mortar) under compression load in Abaqus has been studied in the present tutorial. Mortar is modeled as a three-dimensional solid part. Bricks are modeled as as three-dimensional solid parts. You can see a figure of the assembled parts below Masonry wall systems are building systems that ...
ادامه نوشته »Simulation SPH explosion over masonry wall (micro model) in Abaqus and damage investigation
In this tutorial Simulation SPH explosion over masonry wall (micro model) in Abaqus and damage investigation has been studied.The wall is modeled with concrete bricks and concrete beam as three dimensional parts.The TNT part is modeled as sphere solid part. You can see a figure of this simulation at below To ...
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