Rocket Propulsion Fundamentals

Gain a foundation in the complex factors that shape propulsion systems.

Micheal P.J. Benfield

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Description

Gain a foundation in the complex factors that shape propulsion systems. Grasp the essentials of propulsion technology through an introduction to common aerospace propulsion systems including rockets, air breathing, thermal, and electric.

The primary focus is rocket propulsion theory and practical design considerations. Solid, liquid and hybrid propulsion system content provides the range of propulsion propellant types and their use considerations.

Professionals who are new to the field or need a refresher can benefit from lectures combined with practical exercises reinforcing the learning experience.

What you will Learn

  • Rocket fundamentals
  • Propulsion design process
  • Thermodynamics and fluid flow
  • Thermochemistry
  • Conceptual design of propulsion systems
  • Monopropellant and cold gas thrusters
  • Liquid rockets
  • Solid rockets
  • Hybrid rockets
  • Nuclear rockets
  • Electric rockets
  • Advanced propulsion systems

Meet your Instructor

Michael P.J. Benfield, Ph.D., is a Principal Research Engineer in the UAH Systems Management and Production Center. His areas of expertise include propulsion systems design and development, and modeling and simulation.

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