Geometric effects on charring ablator: Modeling the full-scale stardust heat shield

Earth and Planetary Sciences

• Model 100%
• Response 40%
• Gas Transport 40%
• Charring 40%
• Yield 20%
• Sample 20%
• Dimension 20%
• Trajectory 20%
• Permeability 20%
• Interfacial Energy 20%
• Temperature Distribution 20%
• Surface Temperature 20%
• Energy Balance 20%
• Reentry Trajectory 20%
• Stagnation Point 20%
• Conductive Heat Transfer 20%

Engineering

• Models 100%
• Heat Shield 80%
• Material Response 40%
• Pyrolysis Gas 40%
• Properties 20%
• Surfaces 20%
• Full Scale 20%
• Yields 20%
• Trajectories 20%
• Model Material 20%
• Blowing Rate 20%
• Surface Temperature 20%
• Temperature Distribution 20%
• Heat Transfer Surface 20%

Physics

• Model 100%
• Responses 40%
• Charring 40%
• Gas Transport 40%
• Dimensions 20%
• Surface Energy 20%
• Temperature Distribution 20%
• Conductive Heat Transfer 20%
• Stagnation Point 20%
• Surface Temperature 20%
• Reentry Trajectories 20%