Aerospace Engineering articles for Harbin Institute of Technology (HIT), China

Time frame: 1 June 2025 - 30 May 2026

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Count: 16

Article ‘Count’ for Aerospace Engineering.

Journal Count Share
14 12.70
Asymmetric Leading-Edge Design Mechanisms and Multi-Agent Reinforcement Learning Optimization for Wide-Incidence Turbine Blades 1.00
Feasibility analysis of a supersonic aeroengine with electric power transmission 1.00
Performance evaluation and comparative analysis of a novel aviation SOFC-Turboprop hybrid system utilizing chemical recuperation for hydrogen production 0.96
Performance analysis of a novel system coupled steam reforming and solid oxide fuel cells with anode exhaust recirculation for power supply and thermal management of hypersonic vehicles 0.85
Performance study of a hybrid aircraft propulsion system integrating a high-temperature proton exchange membrane fuel cell 1.00
Thermal protection and drag reduction performances of shock-combustion-hydrocarbon fueled supersonic film cooling interaction under flight Mach 9 1.00
Enhancing Oscillations of Bladeless Wind Energy Harvesters with a Downstream Obstacle for Bluff Body 0.40
Comparison of conjugate heat transfer characteristics between regenerative cooling and recooling system for a methane-fueled scramjet 1.00
Research on the Performance of an Integrated Active Cooling and Propulsion System for Hypersonic Glide Vehicles 1.00
Aerodynamic design and analysis for offshore wind turbine blade model 1.00
Super-aggressive intermediate turbine duct integrated counter-rotating low-pressure turbine vane: an aerodynamic performance optimization study considering sealing flow 0.86
Performance evaluation of the precooled jet engine with solid oxide fuel cell driven compressor for supersonic transport 1.00
Thermodynamic analysis of the chemical regeneration cycle for turboprop engine with ammonia-blended fuel 0.88
Performance Analysis of a Photovoltaic/Thermal System Based on Lunar Regolith Energy Storage for the Lunar Base 0.75
2 2.00
Eagle-Scale Flapping-Wing Robot with Aggressive Roll Maneuverability: Bio-Inspired Actuation, Fluid-Structure Interaction Simulation and Flight Experiment 1.00
Learning-Based Passive Fault-Tolerant Control of a Quadrotor with Rotor Failure 1.00

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