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Articles by Mahmut Reyhanoglu
Coupled Feed-System and Chamber Modelling of a Gaseous-Oxygen/Kerosene Liquid Rocket Engine: Injector Stiffness, Startup Transients and Low-Frequency Stability
You are already at the latest version Propellant feed systems for small liquid rocket engines are commonly modelled as hydraulic networks discharging into a prescribed chamber pressure. Such models cannot represent the feedback between delivered mass flow and chamber pressure, and therefore cannot predict injector stiffness, startup coupling, or feed-coupled instability—the quantities the model is usually built to inform.
Integrated FADEC Architecture for Turboshaft Engines: How the Fuel Controller Shapes Protection-Layer Behaviour
You are already at the latest version Turboshaft engines must maintain nearly constant power-turbine speed under rapid rotor-load variations while respecting limits on spool speed, turbine temperature, and compressor pressure. Performance regulation and engine protection are often designed and assessed separately, leaving their interaction insufficiently explored.
Machine Learning-Based Control of Autonomous Vehicles for Solar Panel Cleaning Systems in Agricultural Solar Farms
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Simple Learning-Based Robust Nonlinear Control of an Electric Pump for Liquid-Propellant Rocket Engines
1. Introduction Fuel consumption management is one of the key tasks in the development and operation of rocket engines. This is especially important for liquid-propellant rocket engines, which are used in launch systems and space missions, where every gram of fuel is of great importance. Various monitoring and diagnostic systems are used to control fuel consumption in liquid rocket engines.
A Simple Learning Approach for Robust Tracking Control of a Class of Dynamical Systems
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