[1] The inverse design and three-dimensional analysis of double design points basic flow field based on wide range capture ability, Aerospace Science and Technology (SCI Q1), 2025
[2] An efficient diffusion transformer-based method for reconstructing three-dimensional turbulent flows from two-dimensional observations, Physics of Fluids (SCI Q1), 2025
[3] Conceptual design methodology and performance evaluation of inward-turning TBCC inlet with twin-design points, Aerospace Science and Technology (SCI Q1), 2024
[4] Analytical reconstruction of axisymmetric curved shock wave/boundary layer interactions, Physics of Fluids (SCI Q1), 2024
[5] Fully appreciating the impossibility of shock wave regular reflection from the axis of symmetry in axisymmetric internal flows, Physics of Fluids (SCI Q1), 2024
[6] Machine learning-based backpressure unstart prediction and warning method for combined cycle engine hypersonic inlet-oriented wide speed range, International Journal of Aerospace Engineering (SCI Q3), 2024
[7] Reflection and transition of planar curved shock waves, Journal of Fluid Mechanics (SCI Q1), 2023
[8] Mach reflection of three-dimensional curved shock waves on V-shaped blunt leading edges, Journal of Fluid Mechanics (SCI Q1), 2023
[9] Analytical model for predicting the length scale of shock/boundary layer interaction with curvature, Physics of Fluids (SCI Q1), 2023
[10] Analytical model for curved-shock Mach reflection, Physics of Fluids (SCI Q1), 2023
[11] The cluster design and redox behavior characterization of polyoxometalates for redox flow batteries, Chemistry An Asian Journal (SCI Q2), 2022
[12] Method of curved-shock characteristics with application to inverse design of supersonic flow fields, Journal of Fluid Mechanics (SCI Q1), 2021
[13] Second-order curved shock theory, Journal of Fluid Mechanics (SCI Q1), 2020
[14] Local-turning osculating cones method for waverider design, AIAA Journal (SCI Q2), 2020
[15] Multiple osculating cones' waverider design method for ruled shock surfaces, AIAA Journal (SCI Q2), 2020
[16]朱呈祥等，基于三维弯曲激波组合进气道反设计方法，202111180283.9，发明专利
[17]朱呈祥等，三维内转消膨胀波高性能双通道TBCC进气道设计方法，202010609419.2，发明专利
[18]朱呈祥等，一种考虑次流系统的吸气式超燃冲压发动机设计方法，202210656910.X，发明专利
[19]朱呈祥等，基于双入射弯曲激波的宽速域进气道设计方法，2021104289078，发明专利
[20]朱呈祥等，基于圆锥前体激波的前掠内乘波进气道一体化设计方法，2018113778599，发明专利
[1] 2024.05-2025.09，XXX机理及匹配方法，课题负责人
[2] 2024.01-2027.12，基于复合曲率的三维弯曲激波边界层干扰及其调控，项目负责人
[3] 2023.10-2024.10，XXX耦合机理及控制方法研究，课题负责人
[4] 2023.03-2023.12，飞发控制一体化技术半物理验证环境建设，课题负责人
[5] 2022.10-2025.09，XXX感知研究，课题负责人
[6] 2022.01-2023.12，XXX涵道系统设计，项目负责人
[7] 2020.12-2022.12，进气道次流引气管路设计及梯级利用方法研究，项目负责人
[8] 2020.08-2023.08，复合失稳干扰下内转式组合进气道的协同控制机制，项目负责人
[9] 2020.04-2020.12，并联TBCC内转进气道流动干扰机理及适用范围研究，项目负责人
[1]福建省XX人才计划，2024
[2]厦门大学柳玉滨青年科研奖，2022
[3]教育部技术发明一等奖，2/6，2020
[4]福建省科技进步一等奖，2/10，2019
