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2013•Iranian Journal of Mechanical Engineering Transactions of the ISMERequires access

One Dimensional Internal Ballistics Simulation of Solid Rocket Motor

S. Gh. Moshir Stekhareh, A R Mostofizadeh, Nematollah Fouladi, A. Soleyman

Open publisher page 1 citations

Abstract

The internal ballistics analysis of solid propellant rocket motors (SRM’s) describe the internal flow through the core (port) of grain where the input mass is added from the burning surface of the solid propellant. In design and development procedure of SRM’s, the improvement of internal ballistics prediction capabilities will lead to improvement of SRM’s reliability and reduction in the design and development costs, which are related to experimental activities and static firing tests.

About this research paper

What this paper is about

The internal ballistics analysis of solid propellant rocket motors (SRM’s) describe the internal flow through the core (port) of grain where the input mass is added from the burning surface of the solid propellant. In design and development procedure of SRM’s, the improvement of internal ballistics prediction capabilities will lead to improvement of SRM’s reliability and reduction in the design and development costs, which are related to experimental activities and static firing tests.

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Available abstract

The internal ballistics analysis of solid propellant rocket motors (SRM’s) describe the internal flow through the core (port) of grain where the input mass is added from the burning surface of the solid propellant. In design and development procedure of SRM’s, the improvement of internal ballistics prediction capabilities will lead to improvement of SRM’s reliability and reduction in the design and development costs, which are related to experimental activities and static firing tests.

Key concepts: Internal ballistics, Propellant, Solid-fuel rocket, Ballistics, Internal flow, Aerospace engineering, Rocket (weapon), Engineering

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