Building rocstar: Simulation science for solid propellant rocket motors
42nd AIAA/ASME/SAE/ASEE Joint Propulsion Conference & Exhibit, 2006•arc.aiaa.org
The University of Illinois Center for Simulation of Advanced Rockets addresses the
computational simulation of solid propellant rockets from first principles using a highly
integrated structure/fluid/combustion interaction code. Center research faculty and staff have
simulated a number of commercial and military solid propellant vehicles. This paper
overviews the CSAR approach and recent successes. Other papers in this session will
present design details and results of subscale and full-scale rocket motor simulations.
computational simulation of solid propellant rockets from first principles using a highly
integrated structure/fluid/combustion interaction code. Center research faculty and staff have
simulated a number of commercial and military solid propellant vehicles. This paper
overviews the CSAR approach and recent successes. Other papers in this session will
present design details and results of subscale and full-scale rocket motor simulations.
The University of Illinois Center for Simulation of Advanced Rockets addresses the computational simulation of solid propellant rockets from first principles using a highly integrated structure/fluid/combustion interaction code. Center research faculty and staff have simulated a number of commercial and military solid propellant vehicles. This paper overviews the CSAR approach and recent successes. Other papers in this session will present design details and results of subscale and full-scale rocket motor simulations.
AIAA Aerospace Research Center