Robuta

https://publica.fraunhofer.de/entities/publication/4a0f240b-be79-4164-a581-45de90992508 Simulation of double base propellant combustion using the ICT-cellular-combustion-algorithm Closed vessel experiments with a 7 perforated double base propellant have been conducted and are compared to simulation results from a new interior ballistic... propellant combustion simulation double base using https://dspace.rpi.edu/items/ed7dfefc-4ea7-49d0-8501-7a85d3f2dd39 Multidimensional modeling of composite solid propellant combustion This dissertation describes studies which characterize composite ammonium perchlorate (AP) based propellants and develop numerical models for the combustion of... propellant combustion multidimensional modeling composite solid https://repository.gatech.edu/entities/publication/9c356a78-a9f0-47b7-8725-8613f7c155e2 Mechanisms of composite solid propellant combustion propellant combustion mechanisms composite solid https://pure.bit.edu.cn/zh/publications/real-time-visualization-of-aluminum-particle-combustion-in-solid-/ Real-time visualization of aluminum particle combustion in solid composite propellant at motor... real time visualization aluminum particle combustion https://me.nycu.edu.tw/en/per/per1/writing_seminar/Combustion-Efficiency-Enhancement-of-Hybrid-Propellant-Diffusion-Flame-with-Magnesium-Hydride-Additive-83860623 Combustion Efficiency Enhancement of Hybrid Propellant Diffusion Flame with Magnesium Hydride... combustion efficiency enhancement hybrid propellant https://research.polyu.edu.hk/en/publications/effects-of-different-aluminum-particle-sizes-in-composite-propell/ Effects of different aluminum particle sizes in composite propellant on distributed combustion... particle sizes effects different aluminum composite