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Solid Propulsion Subteam
Getting Started with Solid Propulsion
Hydrostatic Test & Static Fires
Lecture 1: Theory and Basics of Solid Rocket Propulsion
Lecture 3: Propellant Production
Lecture 4: Internal Ballistics
Lecture 5: Hardware Design of Cases and Bolts
Lecture 6: Hardware Design of Nozzles & Closures
Lecture 7: Manufacturing Hardware
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MIT Rocket Team Home
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Solid Propulsion Subteam
Getting Started with Solid Propulsion
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Title:
Getting Started with Solid Propulsion
Author:
Justin D Schiavo
Aug 08, 2021 18:32
Last Changed by:
Aimee Liu
Jul 19, 2022 13:08
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https://wikis.mit.edu/confluence/x/QQCZCg
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Solid Propulsion Subteam
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Solid Propulsion Subteam
Children (7)
Page:
Hydrostatic Test & Static Fires
Page:
Lecture 1: Theory and Basics of Solid Rocket Propulsion
Page:
Lecture 3: Propellant Production
Page:
Lecture 4: Internal Ballistics
Page:
Lecture 5: Hardware Design of Cases and Bolts
Page:
Lecture 6: Hardware Design of Nozzles & Closures
Page:
Lecture 7: Manufacturing Hardware
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Jul 19, 2022 13:08
Aimee Liu
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Aug 12, 2021 10:38
Justin D Schiavo
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Aug 09, 2021 11:45
Justin D Schiavo
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Aug 09, 2021 11:40
Justin D Schiavo
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Aug 09, 2021 11:20
Justin D Schiavo
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MIT Rocket Team (9)
Page:
Lecture 1: Theory and Basics of Solid Rocket Propulsion
Page:
Hydrostatic Test & Static Fires
Page:
Lecture 6: Hardware Design of Nozzles & Closures
Page:
Lecture 7: Manufacturing Hardware
Page:
Lecture 2: Propellant Formulation
Page:
Lecture 3: Propellant Production
Page:
Getting Started with Solid Propulsion
Page:
Lecture 5: Hardware Design of Cases and Bolts
Page:
Lecture 4: Internal Ballistics
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