Physics-Informed Particle Impact Ignition Model

The opportunity is for a Physics-Informed Particle Impact Ignition Model, which aims to develop an experimentally calibrated tool to predict a priori whether a given system is susceptible to catastrophic failures via particle impact. The project involves revising particle ignition modeling, particle combustion modeling, and target ignition implementation to consider additional key physics. The model will be validated and refined through targeted sensitivity/validation testing and integration of additional key physics. • The project has a specific scope of work, including tasks such as revising unit models, conducting PIIRAT simulations of real-world geometries, and developing general engineering guidelines. • The project requires MIT to perform duties such as providing general technical input, reviewing available test data, and developing predictive models. • The project has a specific schedule, with milestones and deliverables, including technical interchange meetings, mid-point reviews, and final reports.