This version of the TurbulentCFDAbrasion.py and darathabrader.py codes improve the accuracy and efficiency of CFD data cleanup, modify the functions slightly to be more versatile and work at a variety of scallop lengths, and reduce the amount of code change needed to be made by the user to change parameters to run a different simulations. Now, three parameters are required at the top of TurbulentCFDAbrasion.py: scallop length, number of scallops in profile, and number of diameters to iterate through.
This version of the TurbulentCFDAbrasion.py and darathabrader.py codes improve the accuracy and efficiency of CFD data cleanup, modify the functions slightly to be more versatile and work at a variety of scallop lengths, and reduce the amount of code change needed to be made by the user to change parameters to run a different simulations. Now, three parameters are required at the top of TurbulentCFDAbrasion.py: scallop length, number of scallops in profile, and number of diameters to iterate through.