Dustin Barlow Email & Phone Number

Magna, Ut, Us

Solid Rocket Motor Ballistics. Responsibilities include:- Conduct performance predictions and analysis for both static and flight tests, utilizing simulation tools to evaluate motor behavior under various conditions.- Analyze test results to identify performance trends, troubleshoot issues, and recommend design improvements for enhanced reliability and efficiency.- Perform uncertainty quantification for solid rocket motor performance to assess and mitigate risks associated with design and operational variability.- Design and analyze rocket igniters to ensure reliable initiation and optimal performance of solid rocket motors.- Collaborate with cross-functional teams to develop test plans and evaluate data from static and flight tests, ensuring compliance with safety and performance standards.

Corvallis, Oregon, United States

- Conducted advanced research in multi-phase fuel detonation using a detonation tube, focused on improving detonation-based propulsion systems.- Studied the interactions between fuel droplets and shock waves to optimize fuel-air mixtures for enhanced combustion efficiency and performance.- Designed and implemented experiments to analyze the dynamics of high-speed detonation processes, refining models of multi-phase detonation behavior.- Collaborated with faculty and fellow researchers to translate experimental findings into practical applications for more efficient propulsion systems.- Developed a strong understanding of detonation physics, fluid dynamics, and high-speed combustion, contributing to advancements in detonation-based propulsion technologies.

-Performed structural analyses using ANSYS to support the Strategic Deterrent Systems division

San Antonio, Texas, United States

-Designed test stand for SAE 2 clutch friction test to improve product reliability and quality of results-Improved vehicle fueling device to meet high mileage test specifications (fuel temp, flow rate, etc.) and increase reproducibility. 3D modeled in Solidworks.-Performed statistical analyses of fuel consumption and detection of premature fuel ignition during high mileage tests-Reduced spending by designing electrical circuit to avoid fuel pump burnout

-Aided in construction of pressurized oxy-combustion reactor including mechanical and electronic systems-Programmed control software (Opto 22) and setup data acquisition hardware for reactor control and safety -Installed, wired and tested various sensors for reactor analysis, control and safety purposes (Thermocouples, pressure transducers, O2 sensor, etc.)

-Gained experience in project management as leader of interdisciplinary team of 20+ engineering students tasked to build \& improve vehicle capable of reaching up to 2000 MPG for Shell Eco-Marathon competition-Managed team resources and wrote proposal that earned additional \$4000 in funding-Constructed stationary dynamometer and installed various sensors to gather engine data and improve fuel efficiency-Reconfigured entire electrical system of vehicle to improve reliability of electrical components-Designed, 3D modeled, and manufactured various parts to improve engine performance

Master Of Science - Ms, Mechanical Engineering

Emphasis: Thermal-fluid sciences Thesis: Influence of Two-Phase Fuel on Detonation Behavior

Mechanical Engineering