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This code consists of a series of nested FOR loops which iterate through the various model parameters, compute the shape of the bladder segment, mesh the segment, apply the load, and submit the simulation. The results of each run of the simulation are written to a unique .ODB

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README.md

Abaqus-script-for-diamond-shaped-pressurized-plate

This code consists of a series of nested FOR loops which iterate through the various model parameters, compute the shape of the bladder segment, mesh the segment, apply the load, and submit the simulation. The results of each run of the simulation are written to a unique .ODB

The scripting used here is modeled after the process described by Kevin Maxwell at Texas A&M University: http://goo.gl/wbaiB

An example of the results produced using these scripts and a method for processing the data is shown on Figshare: http://dx.doi.org/10.6084/m9.figshare.710602

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This code consists of a series of nested FOR loops which iterate through the various model parameters, compute the shape of the bladder segment, mesh the segment, apply the load, and submit the simulation. The results of each run of the simulation are written to a unique .ODB

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