Chinese Journal of Aeronautics - CJA

CJA is an open access, peer-reviewed international journal covering all aspects of aerospace engineering. JCR Impact Factor: 5.3. Ranked 4th globally.

[Chinese Journal of Aeronautics - CJA @CJAjournal]

✨CJA Highlighted Article✨: Transient state analysis of a rub-impact rotor system during maneuvering flight
🔗https://t.co/fzzjyLQ56R
#ManeuveringFlight #RubImpact #RotorSystem #DynamicResponse #ImpactResponse
@Tsinghua_Uni
https://t.co/NJmteBjndo

[Chinese Journal of Aeronautics - CJA @CJAjournal]

✈️Aerospace Frontiers✈️ from @Nature @PKU1898
"The small-drone revolution is coming" Vol. 637, 2025
🔗https://t.co/kvTrUY04de

[Chinese Journal of Aeronautics - CJA @CJAjournal]

🚀A research team from @Beihang1952, has represents an advanced engineering design methodology that is capable of unifying optimal guidance performance and disturbance rejection level.
🔗https://t.co/TvgNCioHaq
@CJAjournal @Elsevier_Eng @SciOpenTUP

[Chinese Journal of Aeronautics - CJA @CJAjournal]

✈️🚀Recently, a team of aerodynamic scientists has delved into a novel detonation flow field structure. This discovery opens up exciting new avenues for the design of internal detonation channels.
🔗https://t.co/UP9wj19Mvp
@CJAjournal @Elsevier_Eng @SciOpenTUP

[Chinese Journal of Aeronautics - CJA @CJAjournal]

Welcome to read the latest ✨CJA Highlighted Article✨: Actuator Fault Diagnosis and Severity Identification of Turbofan Engines for Steady-state and Dynamic Conditions
#TurbofanEngines #RealTimeSystems #FaultIdentification;
🔗https://t.co/cO4OAr2lr5
@Elsevier_Eng @SciOpenTUP

[Chinese Journal of Aeronautics - CJA @CJAjournal]

Happy New Year to our dear reviewers, authors, and readers!
Wishing you a new year, 2025, filled with good health, joy, success, and exciting adventures! 🎉🎉

[Chinese Journal of Aeronautics - CJA @CJAjournal]

㊗️Congrats to researchers from @unisouthampton, whose paper 📑Successes and challenges in non-destructive testing of aircraft composite structures📑has been selected as 🌠CJA 2020-2023 High-Impact Paper🌠
https://t.co/U9JOYGqHiR
@Elsevier_Eng @SciOpenTUP

[Chinese Journal of Aeronautics - CJA @CJAjournal]

This exciting new research from @Tsinghua_Uni is making waves in aerospace science! Check out the full report at https://t.co/j9bEuFF1hm for insights into their groundbreaking findings. #aerospace
🔗https://t.co/PeVHy2nRvc
🔗https://t.co/zwQUVRJSGA
@Elsevier_Eng @SciOpenTUP

[Chinese Journal of Aeronautics - CJA @CJAjournal]

This study from @Tsinghua_Uni provides the preliminary theoretical basis and design reference for the Ram-Rotor Detonation Engine (RRDE).
https://t.co/vzptbmYipL

[Chinese Journal of Aeronautics - CJA @CJAjournal]

This study from @Tsinghua_Uni provides the preliminary theoretical basis and design reference for the Ram-Rotor Detonation Engine (RRDE).
https://t.co/vzptbmYipL

[Chinese Journal of Aeronautics - CJA @CJAjournal]

✈️This study from @baskentuni_ is aimed to develop a generic model which calculates the trajectory of the ejection seat from the jet aircraft✈️
🔗https://t.co/CQZXSs4O2d
@CJAjournal @Elsevier_Eng @SciOpenTUP

[Chinese Journal of Aeronautics - CJA @CJAjournal]

✨CJA Highlighted Article✨Deep learning-driven interval uncertainty propagation for aeronautical structures
@UniHannover @LivUni
#UncertaintyPropagation #IntervalVariable #DeepLearning #OptimizationAlgorithm #AeronauticalStructure
🔗 https://t.co/sph1zq7loK
@Elsevier_Eng

[Chinese Journal of Aeronautics - CJA @CJAjournal]

🥳New cover of @CJAjournal Volume 37, Issue 12
✈️Hybrid Uncertainty Quantification✈️
Active learning-based metamodeling for hybrid uncertainty quantification of hydro-mechatronic-control systems: A case study of EHA systems
🔗https://t.co/M1JF2cz3y3
@Elsevier_Eng

[Chinese Journal of Aeronautics - CJA @CJAjournal]

Authors from Dalian University of Technology discover an innovative approach to eliminate aerodynamic vibration in rigid rotor helicopters!🚁 @Elsevier_Eng
🔗https://t.co/Cf24K8TH6G

[Chinese Journal of Aeronautics - CJA @CJAjournal]

The study from @NUAA_official presents an experimental exploration into the mode transition of an over-under TBCC inlet, with a specific emphasis on the flow characteristics at off-design transition Mach number.
🔗https://t.co/cckkY3M9HV
https://t.co/cIudQtKobP

[Chinese Journal of Aeronautics - CJA @CJAjournal]

This study from @Tsinghua_Uni provides the preliminary theoretical basis and design reference for the Ram-Rotor Detonation Engine (RRDE).
https://t.co/vzptbmYipL

[Chinese Journal of Aeronautics - CJA @CJAjournal]

🥳New cover of @CJAjournal Volume 37, Issue 11
✈️Ram-Rotor Detonation Engine✈️
Primary investigation on Ram-Rotor Detonation Engine
🔗https://t.co/zwQUVRJkR2

[Chinese Journal of Aeronautics - CJA @CJAjournal]

🥳New cover of @CJAjournal Volume 37, Issue 10
✈️Fault Energy-momentum Tensor in Information Space✈️
Information manifold and fault detection of multi-agent systems
🔗https://t.co/xEZE06lDZ7

[Chinese Journal of Aeronautics - CJA @CJAjournal]

Welcome to read the #NewArticle : Nonstationary channel model of reentry plasma sheath for spacecraft: Overview, parameter estimation, and perspective
🔗https://t.co/WU5ggynDIf
@CJAjournal
https://t.co/W9KrlZIevO

[Chinese Journal of Aeronautics - CJA @CJAjournal]

Congrats to the scientists (Aerospace and Aeronautics) ranked among the top 2% globally for their 【single-year impact】
August 2024 data-update for "Updated science-wide author databases of standardized citation indicators"
🔗https://t.co/l3kcdqlV26
@ElsevierConnect @Stanford

[Chinese Journal of Aeronautics - CJA @CJAjournal]

Congrats to the scientists (Aerospace and Aeronautics) ranked among the top 2% globally for their career-long impact
August 2024 data-update for "Updated science-wide author databases of standardized citation indicators"
🔗https://t.co/l3kcdqlV26
@ElsevierConnect @Stanford

[Chinese Journal of Aeronautics - CJA @CJAjournal]

Simulation results demonstrate the effectiveness and high precision of the proposed analytical solutions.

[Chinese Journal of Aeronautics - CJA @CJAjournal]

New analytical solutions are developed in the #NewArticle for calculating their coverage performance, to efficiently and accurately design satellite constellations equipped with Reentry Glide Vehicles (RGVs).
🔗https://t.co/V4DPzL94c0