Research Publications

Enhancing Throttle Performance Through Mixture Ratio Control in Liquid Rocket Engines

Development of Atlas: A Liquid Rocket Engine Cryogenic Feed System

Cryogenic Feed System Flow Optimization Through Pre-Chill: Analysis of Liquid Nitrogen and Liquid Oxygen Testing

Application of a Nitrogen Gas Diffuser in the Oxidizer Tank of a Bi-Propellant Feed System

Experimental Validation of Numerical Methodologies in Liquid-Liquid Coaxial Swirl Injector Design

Design of a Wireless Telemetry and Control System for a Collegiate Liquid Propulsion Flight Vehicle

Validation of Regenerative Cooling Design Tool Through Development and Test of a Liquid Rocket Engine

Blockage Removal and Requalification of a Regeneratively Cooled, Additively Manufactured Rocket Engine

Testing and Verification of an Additively Manufactured Liquid Rocket Engine Injector

Characterization of Residual Inconel Particles in Additively Manufactured Rocket Engines

Liquid Rocket Engine Design for Additive Manufacturing

Liquid Rocket Engine Component Water-Flow Test Stand

Hydra: Development of a Liquid Rocket Engine Test Stand and Feed System

Characterizing the Ignition Boundaries of a Gaseous Oxygen-Methane Augmented Spark Igniter for Reusable Liquid-Propellant Rocket Engines

Closed-Loop Thrust Throttling Capabilities on Kero-LOx Liquid Rocket Engine

Qualifying an Additively Manufactured Liquid Rocket Engine for Hot-Fire Readiness

Liquid Rocket Engine Torch Igniter Feed System

The Development and Utilization of a Fully Adaptable Data Acquisition and Controls System for Liquid Propulsion Research

Rapid Design of a Small Scale KeroLOx Flight Vehicle Propulsion System

Hot Fire of a Fully Additively Manufactured 10 kN Liquid Fuel Rocket Engine: Processing a Test Anomaly

Design and Additive Manufacturing Considerations for Liquid Rocket Engine Development

The Objective and Strategy Behind the Liquid Propulsion Laboratory at the University of Southern California