Digital Design and Simulation Technology for Liquid Rocket Engines (Submission Deadline: June 10, 2026)
液体火箭发动机数字化设计仿真技术
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Co-chairs: |
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| Hongyu Chen |
Haifeng Hu |
Ping Jin |
| Academy of Aerospace Propulsion Technology, China |
Xi'an Aerospace Propulsion Institute, China |
Beihang University, China |
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| Keywords: |
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- Liquid Rocket Engine (液体火箭发动机)
- Thermal Protection Technology (热防护技术)
- Structural Integrity Analysis (结构完整性分析技术)
- Life Prediction (寿命预测)
- Intelligent Simulation and Design Technology (智能仿真与设计技术)
- Digital Twin (数字孪生)
- Full Lifecycle (全生命周期)
- CAD/CAE/CAPP/PLM (计算机辅助设计/辅助工程/辅助工艺/全生命周期数据管理)
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| Topics: |
- Simulation of the Operational Process of Liquid Rocket Engine Systems (液体火箭发动机系统工作过程仿真模拟)
- Combustion mechanism and flow characteristics of liquid rocket engine (液体火箭发动机燃烧机理与流动特性)
- Structural Integrity Analysis of liquid rocket engine (液体火箭发动机结构完整性评估)
- Life Prediction of liquid rocket engine (液体火箭发动机寿命评估)
- Intelligent simulation and digital design of liquid rocket engine (液体火箭发动机智能仿真与数字化设计)
- AIFS Numerical simulations and engineering application researches (人工智能数值仿真与工程应用研究)
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| Summary: |
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- This special session focuses on the application of digital technologies in the field of liquid rocket engines. With the accelerating development of reusable engine engineering, digital technologies have been widely adopted and promoted. The forum will feature discussions on core issues such as design optimization of liquid propulsion systems, combustion organization, thermal protection, structural integrity analysis under complex conditions, life Prediction, fault diagnosis, digital twin, and artificial intelligence applications. Targeting researchers and engineering practitioners in the field of liquid propulsion, the forum aims to gather cutting-edge research results, exchange technological advances, build a multi stakeholder platform connecting industry, academia, research, and application, refine research directions, promote interdisciplinary collaboration and engineering implementation, and thereby facilitate high quality development of liquid propulsion.
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- 本论坛聚焦液体火箭发动机领域的数字化技术应用。随着重复使用发动机研制工程的加速推进，数字化技术得到广泛应用与推广。论坛将围绕液体动力系统设计优化、燃烧组织、热防护、复杂条件下结构完整性分析、寿命评估、故障诊断、数字孪生、人工智能应用等核心问题开展研讨。本论坛面向液体动力领域的科研工作者及工程研发人员，旨在汇聚前沿研究成果，交流技术进展，搭建产学研用多方交流平台，凝练研究方向，促进学术交叉与工程应用落地，从而推动液体动力实现高质量发展。
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