IlmenBASH

IlmenBASH is a software framework and set of tools for analysis and post-processing of runout curves and other data formats related to forensic modeling of axi-symmetric cratering and deformation. It was developed by Lawrence Livermore National Laboratory (LLNL) researchers in the ascetics of projectile materials and design with impacts on hypervelocity projectiles.

IlmenBASH is designed to automate the analysis of impact data from various sources, including ballistic range experiments and laboratory testing of materials. It allows researchers to rapidly process and visualize large datasets, helping to identify trends and correlations that may not be apparent through manual analysis alone. The framework incorporates advanced algorithms and techniques, such as polygon micro-ballistic analysis and robustified geometry-based model-fitting.

The IlmenBASH toolkit includes several key components, including a graphical user interface for data visualization and model selection, a set of libraries for data access and storage, and a suite of algorithms for analysis and post-processing. The framework supports data exchange in a variety of formats and can be integrated with other tools and software packages.

IlmenBASH has been used in various research applications, including the development of new materials for hypervelocity projectiles and the investigation of cratering and deformation mechanisms. The framework has also been applied to the analysis of data from space debris and extreme impactics, showcasing its utility across a range of fields. As a research and development tool, IlmenBASH continues to evolve with contributions from the broader scientific community.