This MSc thesis presents a thorough comparison between different propulsive technologies that can be developed to fulfill specific space - and Earth - missions. Plasma thrusters and chemical rockets are described and compared; then, the original idea of a thruster is presented, together with detail of the iterative design stages that brought to the integration of the final device. Simulations of the predicted performances are shown, together with historical performance data that validate the design and the work presented in the thesis.

This MSc thesis presents a thorough comparison between different propulsive technologies that can be developed to fulfill specific space - and Earth - missions. Plasma thrusters and chemical rockets are described and compared; then, the original idea of a thruster is presented, together with detail of the iterative design stages that brought to the integration of the final device. Simulations of the predicted performances are shown, together with historical performance data that validate the design and the work presented in the thesis.

Concept, design and performance analysis of a space propulsion device

PITACCO, GIOVANNI
2025/2026

Abstract

This MSc thesis presents a thorough comparison between different propulsive technologies that can be developed to fulfill specific space - and Earth - missions. Plasma thrusters and chemical rockets are described and compared; then, the original idea of a thruster is presented, together with detail of the iterative design stages that brought to the integration of the final device. Simulations of the predicted performances are shown, together with historical performance data that validate the design and the work presented in the thesis.
2025
Concept, design and performance analysis of a space propulsion device
This MSc thesis presents a thorough comparison between different propulsive technologies that can be developed to fulfill specific space - and Earth - missions. Plasma thrusters and chemical rockets are described and compared; then, the original idea of a thruster is presented, together with detail of the iterative design stages that brought to the integration of the final device. Simulations of the predicted performances are shown, together with historical performance data that validate the design and the work presented in the thesis.
Propulsion
Thruster
Performance
Design
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/106476