题目：中国气浮产业的发展历程和展望
演讲人：湖南大学 冯凯 机械院执行院长、教授
摘要：待定


Title:Progress in modeling and experimental characterization of thrust foil bearings for oil free turbomachinery
Speaker:Daejong Kim / The University of Texas at Arlington
Abstract: Foil bearing is one of the air/gas-lubricated hydrodynamic (or aerodynamic) bearings that do not require an auxiliary oil lubrication system. The bearing surface is typically made of thin metallic foil and is supported by a compliant structure providing structural stiffness and damping to the bearing. The most popular compliant structure is a corrugated metal, the bump foil. Foil bearing is a widely used oil-free bearing technology along with active magnetic bearings. In contrast to the magnetic bearing, foil bearings work at extremely high temperatures, up to 650oC and cryogenic temperatures, if the lubricating gas media has proper viscosity.
In recent years, foil bearings have found use in many industrial applications where oil-free operation is advantageous, such as gas turbine generators, turbo blowers, and refrigeration compressors. The bearing load capacity is typically presented in terms of the specific load capacity (SLC), which is load capacity divided by the bearing projection area (shaft diameter times bearing length). Conventional foil bearings have sufficient SLC (100~200kPa) at high speeds and for intended applications. However, at low-speed operations such as startup and shutdown, the load capacity can be inadequate, especially for large-scale turbomachines, due to the heavy weight of the rotor. Hybridization with other load-supporting mechanisms is one way to improve the load capacity of the foil bearing. In hybrid foil bearing (HFB), externally pressurized air/gas is injected into the clearance of the bearing to levitate the shaft. The concept of hybridization has been applied to both radial and axial foil bearings.
This presentation provides recent progress in analytical models and experimental characterization of thrust foil bearings developed and tested at TESLAB including hybrid trust foil bearings.

气体动压轴承性能测试两项国家标准宣贯
全国滑动轴承标准化技术委员会秘书处 黄刚 副主任委员
1.全国滑动轴承标委会介绍
2.气体动压轴承两项国际标准宣贯
3.中国机械总院材料与零部件检测中心轴承检测能力介绍


题目：箔片动压气体轴承在制冷离心式压缩机中的应用
演讲人：陈玉辉  珠海格力电器股份有限公司 
摘要：报告围绕箔片轴承在制冷压缩机中的应用，分析了箔片轴承在制冷压缩机中存在粘度低，压差大，轴承载荷高的难题以及多源扰动下轴承-转子稳定性的难题，研究了“双波双顶”高承载箔片轴承承载特性以及多段式高刚度气浮转子结构，开展了变转速下转子振幅，长期起停、喘振等试验，成功研制出气悬浮制冷离心压缩机并实现批量
化工程应用。最后介绍了箔片轴承应用于“十三五”国家重点研发计划“车用燃料电池空压机”的相关研究情况。
演讲人简介：陈玉辉 格力电器气悬浮离心压缩机技术专家，珠海市青年优秀人才，格力电器气悬浮压缩机技术专家，长期致力于气悬浮离心式压缩机技术研发，完成气悬浮制冷离心压缩机、燃料电池空压机等多种气浮轴承产品研究与开发。获中国机械工业技术发明一等奖、广东省技术发明一等奖等多个奖项。
Title:Application of Dynamic Pressure Air Foil Bearings for Refrigeration Centrifugal Compressors
Abstract:Application of Dynamic Pressure Air Foil Bearings for Refrigeration Centrifugal Compressors
Report abstract: the report focuses on the application of foil bearings in refrigeration compressors, analyzes the
problems of low viscosity, large pressure difference, high bearing load and bearing-rotor stability under multi-source disturbance, studies the carrying characteristics of high-load foil bearings with “double leaf foils and double top foil” as well as multi-segment high-stiffness air-floating rotor structure, and carries out experiments on rotor amplitude,long-term start-stop and surge under variable speeds, which consequentially lead to a success of an air bearing refrigeration centrifugal compressor and mass production and applications. Finally, this report introduces the application of foil bearings in air compressors for the automotive fuel cell,which is on the list of "13th Five-Year" national key research and development programs.
CV of speaker:Zhang Zhiping, Professor-level Senior Engineer/Assistant Manager of Commercial Air Conditioning Technology Department，a professor-level senior engineer, has long been committed to the key technological innovation and industrialization research of large-scale centrifugal compressors and HVAC equipment. He has undertaken and participated in 6 major national scientific and technological projects. 8 scientific and technological achievements have reached the international leading level, including the world's first high-power high-speed direct-drive permanent magnet synchronous variable-speed centrifugal compressor, 4.5MW magnetic bearing centrifugal compressor, the first high-efficiency dynamic pressure air bearing centrifugal compressor in China, whose research achievements not only greatly improve the energy efficiency of centrifugal compressors but also guide to their development direction. He has acquired more than 60 authorized invention patents, 1 second prize of national technological invention award, 5 provincial first prizes, and 3 Chinese excellence patent awards.



题目：空气悬浮轴承在工程应用中存在的若干问题
演讲人：赵雪源 中车株洲电机有限公司流体装备事业部总经理
摘要：气体悬浮轴承及其相关产品在工程应用方面日益成熟，应用领域覆盖高能压缩、暖通制冷、能源发电和国防军工等行业，产品类型包括空气压缩机、制冷压缩机、余热回收发电机和空气循环机等。近年来，随着产品领域的快速拓展和行业理解的不断加深，市场需求对气体悬浮轴承技术的适用性提出了越来越高的要求。基于目前技术现状和未来产业需求，报告提出了气体悬浮轴承在工程应用中的发展趋势及存在的若干问题。
演讲人简介：中车株洲电机有限公司流体装备事业部总经理，主要研究方向为超高速气体悬浮轴承及其相关产品的技术研究与产品开发，包括仿真分析、生产制造、试验测试和故障诊断等。具有超过10年气浮轴承行业研究经验，发表论文17篇，其中行业顶级杂志8篇，参与国家级研究项目7项，其中重点研发项目2项，申请及获得发明专利26项。
Title:Issues with Gas Foil Bearings in Engineering Applications
Abstract:Gas foil bearings and their related products have become increasingly mature in engineering applications, covering fields such as high-energy compression, HVAC refrigeration, energy generation, national defense and military industries. The product types include gas compressors, refrigeration compressors, waste heat recovery generators, and air cycle machines. In recent years, with the rapid expansion of products and a deeper understanding of the industry, the market demand has placed higher requirements on the applicability of gas foil bearing technology. Based on the current technological status and future industrial needs, the report outlines the development trends and existing issues of gas foil bearings in future engineering applications.



题目：民用飞机空调系统可靠性设计与验证
演讲人：南国鹏 中国商飞上飞院机械动力工程技术所副所长
摘要：空调系统是民用飞机中故障率高发系统之一。空调系统主要负责调节飞机座舱内部温度、压力、流量，保证飞机及乘员的安全与舒适。报告针对民用飞机空调系统的主要架构、关键可靠性设计要求、关键核心部件ACM等产品可靠性设计、以及系统可靠性验证等方面进行了介绍，并介绍了民用飞机空调系统常见的故障案例。
演讲人简介：中国商飞上飞院机械动力工程技术所副所长，环控系统专业总师，长期从事民用航空环控系统设计与验证工作，在ARJ21飞机和C919飞机适航取证等国家重点项目中贡献突出，主持完成“十三五”民机预研课题1项，获中国航空学会科学技术奖二等奖、上海市科技成果奖二等奖，获发明专利10余项等。
Title:Civil Aircraft Air Conditioning System reliability design and verification
Abstract:Air Conditioning System is　used to control cabin temperature, pressure, flow in aircraft and ensure the safety and comfort of aircraft and passengers.  The report introduces the main architecture, critical reliability design requirements, product reliability design of key  components such as ACM, and system reliability verification of civil aircraft air conditioning systems, and introduce the common failure cases of air conditioning system in civil aircraft.


题目：动压气悬浮压缩机行业应用及发展前景
演讲：马雷 势加透博（成都）科技有限公司副总经理
摘要：高速直驱是提升中小型透平机性能和可靠性的主要路径，动压气悬浮轴承是实现该路径的关键技术之一，动压气悬浮轴承具备无油、体积紧凑、低摩阻、低噪音和振动小等优点。随着诸如氢燃料电池空压机、高速悬浮鼓风机等工程应用的不断发展，国内动压气悬浮轴承技术正逐步成熟，轴承承载力及耐温能力不断提升，动压气悬浮轴承将在更大功率、更高温度的应用场景中取得突破，对国家的节能减排工作和高端旋转机械发展做出贡献。
演讲人简介：势加透博（成都）科技有限公司副总经理，10余年叶轮机械从业经验，曾带领团队参与航天科工、中国航发、航空工业、中科院电工所、清华大学等多30余项研发项目，含多项“两机专项”项目。
Title:Application and Development Prospects of Dynamic Pressure Air Suspension Compressor Industry
Abstract:High-speed direct drive is the main method to improve the performance and reliability of small and medium-sized turbines, and dynamic pressure air suspension bearings are one of the key technologies to achieve this method. Dynamic pressure air suspension bearing have advantages such as oil-free, compact size, low friction, low noise, and low vibration. With the continuous development of engineering applications such as hydrogen fuel cell air compressors and high-speed suspension blowers, the domestic technology of dynamic pressure air suspension bearings is gradually maturing, and the bearing capacity and temperature resistance are constantly improving. Dynamic pressure air suspension bearings will make breakthroughs in higher power and higher temperature application scenarios, making contributions to the country's energy saving and emission reduction and the development of high-speed rotating machinery.


题目：飞机环控系统ACM气体动压箔片轴承国产化技术
演讲人：徐方程 技术总监 宙斯能源动力科技（大连）有限公司 
摘要：飞机环控系统（ACM）承担着为机上人员提供舒适空气环境的任务，能够为客舱提供一定的温度、气压和湿度，是飞机重要的机载系统之一。报告针对ACM核心机-高速无油透平膨胀机的运行环境、工况要求，介绍民航客机气体动压箔片轴承的经典结构、性能仿真与试验进展，并介绍国产化进度和产业需求。
演讲人简介：宙斯能源动力科技（大连）有限公司技术总监，长期从事气体动压箔片轴承、无油透平、热电转换动力装备、转子动力学方面的研究，在气体动压箔片轴承产业化、飞机环控ACM箔片轴承国产化、微型燃气轮机高温气体动压箔片轴承国产替代技术等方面取得重大进展。公司成立于2019年，拥有多项气体箔片轴承核心专利，于2022年获批高新技术企业，并获第七届大连市创新创业大赛二等奖和第十届中国创新创业大赛优秀企业奖，公司产品涵盖航空、航天、航海、新能源汽车、环保、冶金和通用工业透平用气体箔片轴承系列化产品。
Title:Aerodynamic Foil Bearing Technology for Aircraft Air Cycle Machines(ACM)
Abstract:Air Cycle Machine (ACM) in aircraft is responsible for maintaining a comfortable air environment for passengers on board. The system is capable of providing a specific temperature, air pressure, and humidity within the cabin, which is one of the most crucial on-board systems in aircraft. The report introduces the classical structure, performance simulation and the progress of the experiment of aerodynamic foil bearings for civil airliners in the context of the operating environment and parameter requirements of the high-speed oil-free turbo-machinery of the ACM. Furthermore, the report also presents the progress of localisation and the industrial demand.


题目：箔片气体轴承的几种典型工程化应用
演讲人：朱建军 博士 东莞青锐科技有限公司
摘要：箔片气体轴承是高速旋转机械的关键核心部件之一，具有转速高、寿命长、无需润滑、维护费用低、自适应性好、抗冲击和稳定性好等优点，在空气悬浮鼓风机、空气压缩机、透平膨胀机、飞机环境控制系统(ACM)等具有广泛的应用前景。报告针对箔片气体轴承在以上的主要应用领域中的实际应用做了简要的介绍，并针对目前应用中存在的主要问题进行了归纳和汇总。
演讲人简介：东莞理工学院老师，长期从事箔片气体轴承的设计、加工制造、测试以及实际工程应用工作。
Title:Several Typical Engineering Applications for Foil Gas Bearings
Abstract:As the key component of high-speed rotating machinery, foil gas bearings have the advantages of high speed, long life, no lubrication, low maintenance cost, good adaptability, good impact resistance and stability, and have been widely applied in air suspension blowers, air compressors, turbo-expanders, aircraft environmental control systems (ACM), etc. The report gives a brief introduction to the practical applications of foil gas bearing in the above fields, and summarizes the main existing problems in the current applications.

题目：Performance Analysis of Turbomachinery for High-power Hydrogen Fuel Cells
演讲人：河北金士顿科技有限责任公司 孔庆奕博士
摘要：待定
Speaker: Dr.Qing-yi Kong, ZCJSD



题目：
演讲人: 华涧新能源科技（上海）有限公司 待定
摘要：待定
Speaker:Sinobrook New Energy Technologies (Shanghai) Co.,Ltd.