ABSTRACT 3D printing technology is considered the perfect modern manufacturing
technology for military/industrial enterprises worldwide. Applying 3D printing in explosive …

A major challenge in the application of aluminum (Al) in solid propellants lies in the
incomplete combustion and severe agglomerations of Al particles that cause two-phase flow …

In this study, an experimental study of the burning rate of solid fuel in a model solid
propellant rocket motor (SRM) E-5-0 was conducted using a non-invasive control method …

Laser ignition of propellants could provide better control of the ignition process and improve
safety. However, sustained laser ignition of solid propellants is often challenging in practice …

The burning rate of solid propellants is an important factor for optimizing rocket motors and
improving performance. The enhanced burning rate can increase thrust and reduce a …

The instantaneous fuel regression rate within a solid-fuel ramjet combustor was
characterized using X-ray radiography and ultrasonic transducer measurements …

In solid propellant rocket motors, the design of grain port geometry primarily dictates the
motor ballistic performance. The flexibility offered by the spatial variation of the port shape …

The interaction of a rocket exhaust plume with a particulate-laden surface creates a
complex, multiphase flow field that can destabilize the vehicle and damage nearby …

The ignition of energetic materials, and specifically solid propellants, is a complex process
that must be safe, consistent, and precisely controlled. There is a wide range of applications …

View Video Presentation: https://doi. org/10.2514/6.2021-3699. vid Consumable reactive
wires embedded in solid propellant have been previously demonstrated to increase the …