Program 31st October - 1st November - Global Power and Propulsion Society (GPPS)
←
→
Page content transcription
If your browser does not render page correctly, please read the page content below
Program
31st October - 1st November
1
Welcome to GPPS Shanghai Conference 17
On behalf of the Global Power and Propulsion Society Executive Committee and the Conference
Local Organizing committee, I am pleased to welcome you to Shanghai, P.R.China, for this International
GPPS Conference.
The GPPS Conference aims to bring together researchers in industry, academia, and governments to
hear the latest developments in turbomachinery technologies. The event will cover the broad topics
Meeting future power and of Global Technologically Driven Innovations.
This conference is an excellent opportunity for you to meet with researchers from
propulsion requirements all over the world in general, asia countries in particular, to explore opportunities
for networking, collaboration, sharing of technical information and the building
of trusting relationships nationally and internationally.
through research, innovation, Shanghai, the largest city in China, is located on the east coast and known as the
center for business and finance in China. Still, industry is its major backbone. Much
of the city’s industrial production has moved towards advanced manufacturing in
development and dissemination recent years, and high-tech industries are now a major feature of the city’s primary
sector.
On this occasion of the GPPS Asia and Middle East Conference 17, I am looking forward to meeting
you in this great city of Shanghai, and I wish us all a superb experience at the GPPS Conference and
a memorable stay in Shanghai.
Dr. Jinzhang Feng
Chairman, GPPS Shanghai 17
President, AECC Commercial Aircraft Engine Co., Ltd
1
GPPS Shanghai 2017 | Program
Table of Contents Networking & Registration
Registration
Registration Desk
Ground floor entrance to Haoran Building
Welcome to GPPS Shanghai 17 1 Registrants for GPPS Shanghai 17 will be provided
Networking & Registration 3 → Access to every session in the technical conference
→ Daily lunches
GPPS Executive Committee 4 → Daily Supper
GPPS Conference Committee 4 Registration Hours
14:00 - 20:00 Monday | 08:30 - 12:00 Tuesday
GPPS Organizing Committee 4 Haoran Building
Sponsors 5
Badges / Tickets
Travel to Shanghai 6 The tickets for daily lunches, supper, etc will be issued on registration
Location Map 7
GPPS Shanghai Diary 8 Networking Events
Tracks 8 Opening Ceremony
Tuesday 31st October, 09:00 - 09:20
Plenary Keynote Speakers 10
Session Assignment 11 Coffee & Networking
31st October - 1st November, Haoran Building
Tuesday 11
Daily Lunches
Wednesday 15 Tuesday 31st October, 12:15 - 13:30
Author Index 20 Wednesday 1st November, 12:00 - 13:30
Faculty Club, in Xuhui Campus
Notes 21
Buffet Supper
Sponsor Advertisements 22 Tuesday 31st October, 19:00 - 22:00
Wednesday 1st November, 18:00 - 20:00
Faculty Club, in Xuhui Campus
Gala Dinner
Tuesday 31st October, 19:00 - 22:00
Dress code: formal evening wear, dark suit with tie or evening dress.
Crowne, 400 Panyu Road, Changning District, Shanghai
2 3
GPPS Shanghai 2017 | Program
GPPS Executive Committee Sponsors
Thank you for your support!
Prof. Reza Abhari Dr. Klaus Brun
(Chairman) Southwest Research Institute San
Laboratory for Energy Antonio, TX, USA
Conversion (LEC), ETH Zurich
Zurich, Switzerland
Dr. Frank Eulitz Dr. Jinzhang Feng
Power & Gas Division AECC Commercial Aircraft En-
Siemens, Germany gine Co., Ltd (AECC CAE)
Shanghai, China
Prof. Howard Hodson Prof. Seung Jin Song
(Vice Chairman) (Treasurer)
University of Cambridge Department of Mechanical & Aerospace
Cambridge, UK Engineering
Seoul National University
Seoul, South Korea
Prof. Toshinori Watanabe
Department of Aeronautics and
Astronautics
University of Tokyo
Tokyo, Japan
GPPS Shanghai 17 Conference Committee
Executive Co-Chair Review Chair Program Chair
Conference Chair Prof. Seung Jin Song Prof. Li He Dr. Ying Shi
Dr. Jinzhang Feng Seoul National Univ. Univ. of Oxford AECC CAE
AECC CAE
Prof. Toshinari Watanabe Co Chair
Univ. of Tokyo Prof. Howard Hodson
Univ. of Cambridge
GPPS Shanghai 17 Organizing Committee
Honghai Song Junqiang Zhu Xingming Gui Zhenping Feng
AECC Institute of Engineering Beihang University Xi’an Jiaotong University
Thermophysics, CAS
Lei He Chaohui Du
Shanghai Electric Gas Turbine Xin Yuen Shanghai Jiao Tong University
Co. Ltd. Tsinghua University
4 5
GPPS Shanghai 2017 | Program
Travel to Shanghai Jiao Tong University Location Map
By Subway Xuhui Campus, Haoran Building
Take the subway Line 10 and get off at Jiao Tong University Station Shanghai Jiao Tong University
By Bus
830 line, Daqiao line 6
By Car
To South Gate No. 5 Location
Xuhui campus
Coming from Huashan Road Haoran Building,
Turn right at the crossing with West Guangyuan Road
Shanghai Jiao Tong University
Coming from Gongcheng Road
No. 55 West Guangyuan Rd.
Go straight to the West Guangyuan Road Xuhui District
Shanghai
Coming from North Yishan Road
Go straight to the West Guangyuan Road
Hongqiao
International
Airport
SHANGHAI 17
Floor Plans
Pudong
International Haoran Building (Conference Rooms) Faculty Club (Restaurant)
Airport
SHANGHAI Restaurant
Conference rooms
6 7
GPPS Shanghai 2017 | Program
GPPS Shanghai Diary GPPS Upcoming Events
Tuesday 31st October
08:00 - 09:00 Haoran Building
Wednesday 1st November
08:00 - 12:00 Room 1 | Room 2 | Room 3 | Room 4 |
GPPS Zurich Forum 2018
We look forward to welcoming you back in Zurich on the 10-12 January, 2018
Registration Morning Paper Sessions W1 (4 Parallel sessions)
09:00 - 09:20 Haoran Building | Room 1 12:15 - 13:30 Faculty Club (Restaurant)
Our signature Forum event will be back in Zurich in January
Opening Ceremony Conference Lunch 2018, where executives and senior academics will be gath-
ering to meet and exchange ideas. GPPS Forum is our meet-
09:20 - 10:30 Haoran Building | Room 1 13:30 - 17:30 Room 1 | Room 2 | Room 3 | Room 4 | ing place to explore global strategic, technical and business
Plenary Keynote (2 Speeches) Afternoon Paper Sessions W2 (4 Parallel sessions)
matters related to the field of power, propulsion and oil &
10:30 - 10:45 17:30 - 18:00 Haoran Building | Room 1 gas infrastructure.
Coffee Break Closing Ceremony
• Broad spectrum of high level keynote speakers
10:45 - 12:15 Haoran Building | Room 1 18:00 - 22:00 Faculty Club (Restaurant)
Plenary Keynote (2 Speeches) Buffet Supper
• Thought provoking panel discussions
• Multiple networking opportunities
12:15 - 13:30 Faculty Club (Restaurant) • Invited paper
Conference Lunch
• Technical contribution Conference Chair
Keynote
Reza Abhari : ETH Zurich, Switzerland
13:30 - 17:45 Room 1 | Room 2 | Room 3 | Room 4 | Paper Sessions
Afternoon Paper Sessions T1 (4 Parallel sessions) Technical Program Chair
Coffee
Luis San Andres : Texas A&M University, USA
18:00 - 20:00 Faculty Club (Restaurant) Lunch
Review Chair
Buffet Supper Buffet Supper / Gala Dinner
Jochen Gier : MTU Aero
19:30 - 23:00 Crowne Plaza Engines GmbH, Germany
Gala Dinner
Conference Tracks GPPS Montreal Conference 2018
Track Day Page The Global Power and Propulsion North America Inaugural Symposium will be held at Palais des congrès in Montreal
Canada between 7th May - 9th May 2018. This event is the GPPS’s first Americas conference and provides the ideal oppor-
Acoustics & Noise Wednesday 16 + 17 tunity for participants from all corners of the world to meet and collaborate.
Advanced Cycles Wednesday 17 + 18 + 19
The Forum will cover all aspects of turbomachinery, in-
Advanced Numerical Methods Wednesday 15 + 16 + 17
cluding but not limited to the following topics – radial and
Axial Compressor Tuesday 11 + 12 + 13 + 14
axial compressors and turbines, combustors and combus-
Combustor & Combustion Tuesday 11 + 12 + 13 + 14 + 15 tion, heat transfer, structure and mechanics, unsteady
Design & Design Optimization Tuesday 11 + 12 + 13 + 14 flows, acoustics, materials and manufacturing, controls,
Ducts & Secondary Flows Wednesday 17 + 18 + 19 diagnostics, and instrumentation.
Heat Transfer & Cooling Technology Wednesday 15 + 16 + 17 + 18 + 19
Extended Abstract Submission:
Mechanics & Manufacturing Wednesday 17 + 18 + 19
7th November, 17
Turbine Wednesday 15 + 16 + 17 + 18 + 19
Unsteady Flow Tuesday 11 + 12 + 13 + 14
For more information regarding upcoming GPPS events please visit
www.gpps.global/gpps-events
8 9
GPPS Shanghai 2017 | Program
Plenary Keynote Speakers Session Assignment
Yujin Zhang Tuesday, 31st October, 2017
Engineering from the Aristotle University in 1989. He served as
an Aircraft and Power Engineer at the Hellenic Air Force before
AECC CAE returning to Turbomachinery research at the Whittle Laboratory,
University of Cambridge, where he supervised undergraduate stu-
Yujin Zhang, Chairman, Secretary dents in Fluid Mechanics and Heat Transfer at Girton College. He 09:00-09:20
of Party Committee in AECC CAE. went on to work as Senior Scientist at the Turbomachinery Labora-
Room: 1
As a Senior Engineer, graduated as tory of ETH Zurich, where he lectured in Turbomachinery Design.
MBA in Toulouse Business School, Opening Ceremony
he is now reading doctor of D. Eng Anestis Kalfas is a life member of several international profes- Chair: Jinzhang Feng (AECC CAE) Co-chair : Seung Jin Song (Seoul National University)
of management Science in Nanjing sional associations and he has working proficiency in a number
University of Aeronautics and Astronautics. of languages. He has published more than 150 peer reviewed pa-
pers, and received 5 best paper awards. He served as a review chair
at various international conferences and he is a member of the
09:20-10:30
editorial board a various scientific and technical journals. He is Room: 1
involved in sponsored research and technology transfer in associ- Plenary Keynote
Stefan S. Florjancic ation with various European, American and Asian partners. He is
active in the areas of axial steam-turbine aerodynamics, gas-tur-
→ Host: Ying Shi (AECC CAE) → Keynote: Yujin Zhang (AECC CAE) → Keynote: Stefan S.Florjancic (Ansaldo Energia)
Ansaldo Energia
bine aerodynamics and heat transfer, gas-turbine performance
Stefan S.Florjancic graduated 1982 and power plant optimisation, hybrid power generation systems
for isolated and integrated networks, boundary layer transition 10:45-12:15
from the Federal Institute of Technolo-
gy in Zurich, Switzerland with a degree and turbulence, fluid mechanics and instrumentation for medi- Room: 1
in Mechanical Engineering, and joined cal applications, novel pressure, temperature, entropy as well as
droplet and particle probe technology for turbomachinery.
Plenary Keynote
Sulzer Brothers Ltd in Switzerland in → Host: Ying Shi (AECC CAE) → Keynote: Anestis Kalfas (Aristotle University of Thessaloniki) → Keynote: Robert E. Kielb
1983. He received a Ph.D. degree from (Duke University, Pratt School of Engineering)
the Federal Institute of Technology in Zurich for a combined experi-
mental and theoretical research thesis executed at Sulzer until 1990.
Robert E. Kielb
Dr.Florjancic then joined Sulzer Bingham Pumps, Inc., in Portland
Oregon. As a Senior Field Engineer he covered general consulting on
Duke University, Pratt School of
Engineering
12:15-13:30
design, and troubleshooting of field issue. Conference Lunch
Robert E. Kielb specializes in turboma-
In 1993 he joined ABB Power Generation Ltd, today Alstom Power, in chinery aeroelasticity and has over 45
Switzerland to work in various managerial roles in the area of Gas years academic, industrial and govern- 13:30-17:30
Turbine R&D. 2001, he took over the technical responsibility for ment research laboratory experience in
the entire installed fleet of gas turbine fleet GT24 and GT26. When T1 | Room 1 T1 | Room 2 T1 | Room 3 T1 | Room 4
turbomachinery for power and propul-
the responsabiliy for this product was moved to Customer Service, sion. This consists of 8 years with the U. AXIAL COMPRESSOR DESIGN & DESIGN COMBUSTOR & UNSTEADY FLOW
Dr.Florjancic moved along in 2004, to become the Engineering Re- S. Air Force, 10 years with NASA Lewis Research Center, and 12 years Chair: Prof. HW Ma OPTIMIZATION COMBUSTION Chair: Prof. R. Martinez-Botas
sponsible, eventually for the entire installed fleet of newer Alstom with GE Aircraft Engines as Manager of Aeromechanics Technology. Co-Chair: ZhiQiang Gong Chair: Zhenping Feng Chair: F. di Mare Co-Chair: S. Stapelfeldt
IGTs. This period ended in summer 2010, when Dr.Florjancic moved He has also been an Affiliated Professor at the Swedish Royal Insti-
back into new equipment development at Alstom to work as Direc- tute of Technology (KTH) since 2008. He has been a Senior Research
[15] Influence of Endwall [104] Design and Analysis [16] A Kinetics Study on the [5] Effects of Blade Lean to-
13:30
←←←
tor of R&D Execution for gas turbines. With the transfer to Ansaldo Scientist at Duke since 2000, and recently became an Associate Pro-
Energia, he became CTO of the company in the summer of 2016. fessor of the Practice in the Department of Mechanical Engineering Aspiration on Aerodynamic of a High Pressure Ratio NOx Emissions of Axially gether with Blade Clocking
and Materials Science at Duke University, where conducts research Performance in Compound Centrifugal Compressor Staged Combustion System on the Overall Performance
and teaches. He is also Director of the GUIde Consortium (10 compa- Lean Compressor Cascade with Three Diffusers for Gas Turbine Applications of a Multi-Stage Turbine
nies, 4 universities and 2 government organizations) and Duke Coor- → Ding Jun → Ge Han * , **
Anestis Kalfas dinator for the THRUST MEng Program. He has authored or co-au- → Zhu Wei → Lei Guo *
→ Wenkai Qian
→ Min Zhu
→ Yalu Zhu *
→ Jiaqi Luo *
Aristotle University of Thessaloniki, thored over 100 technical papers, is a recipient of the ASME’s Melville → Ziliang Li *, **
→ Cai Le → Suhui Li → Feng Liu **
Greece Award for substantial improvements in the understanding of turbine
→ Zhou Xun → Chengwu Yang * , **
aeroelasticity, and has presented invited lectures worldwide. Dr. Kielb Tsinghua University * College of Engineering,
→ Wang Songtao → Shengfeng Zhao* , ** Beijing, China Peking University, China
Prof. Anestis Kalfas of the Aristotle is a Fellow of the ASME and was a Chair of the Board of Directors of
University of Thessaloniki, Greece, → Wang Zhongqi → Xingen Lu* , **
the International Gas Turbine Institute, serving on the Board for 6
specialises in experimental and years. He has also served as Technical Program Chair for ASME Tur- Engine Aerodynamics Research * Key Laboratory of Light-duty **Department of Mechanical and
theoretical investigations of fluid bo Expo ’96, Chair of the ASME Structures and Dynamics Committee, Centre, Harbin Institute of Gas-Turbine/Institute of Engi- Aerospace Engineering,
mechanics, thermodynamics and Technology neering Therophysics, Chinese University of California, Irvine
and Associate Editor of both the Journal of Turbomachinery and Jour-
aeromechanics of Turbomachinery. nal of Engineering for Gas Turbines and Power. (ASME – American So- China Academy of Sciences, China USA
Anestis Kalfas received his PhD in Turbomachinery Aerodynamics ** University of Chinese Academy
ciety of Mechanical Engineers). He received his Ph.D. from Ohio State
of Sciences, China
from Cranfield University in 1994 and his Dipl.-Ing. in Mechanical University in 1981.
10 11
GPPS Shanghai 2017 | Program
Tuesday, 31st November, 2017: 13:30 - 17:30 Tuesday, 31st November, 2017: 13:30 - 17:30
T1 | Room 1 T1 | Room 2 T1 | Room 3 T1 | Room 4 T1 | Room 1 T1 | Room 2 T1 | Room 3 T1 | Room 4
[45] The Impact of Uncertain [35] The Secondary Flow [54] Numerical Analysis on [14] Investigation of Char- [157] Numerical Analysis [134] Design of Non- [146] The mechanism [176] Fourier Transforma-
15:45
←←←
14:00
←←←
Stagger Angle Variation on Loss Reduction Mechanism Fuel-Air Mixing in premixed acteristics of Turbulence of Humidity Effects on Axisymmetric Turbine analyses of key factors tion Based Rotor-Stator
High-Pressure Compressor Investigation In A Turbine nozzle of micro gas turbine Boundary Layer at Mid-span Transonic Compressor Endwall: Computational affecting operation range Coupling Method for
Rotor Performance Cascade With Aerodynamic in a Linear Compressor Cascade Aerodynamic Study of a stratified partial Time Domain Analysis of
→ Hongzhao Liu
Optimization Design Non- Cascade Characteristics → Liu Chen * premixed combustor Turbomachinery Unsteady
→ Siyu Zheng * → Yuzhang Wang
axisymmetric Endwall → Jaemin Rhee * → Ren Dai * → Cunxi Liu *,** Flows
→ Jinfang Teng * → Shilie Weng → Luo Xiaotian
→ Lin Fan ** → Hao Liu * → Teng Jinfang → Jinwook Kim ** → Chengxiong Pan ** → Haowei Wu * → Dingxi Wang
Shanghai Jiao Tong Univ.
→ Xiaoqing Qiang * → Liangliang Liu * → Ma Wei → Juhyun Im *** → Meibao Zhang ** → Jinhu Yang *,** → Xiuquan Huang
Shanghai, China
→ Xin Shen * → Seung Jin Song * * University of Shanghai for → Fuqiang Liu *,** Northwestern Polytechnical
* School of aeronautics and School of Aeronautics and
astronautics, → Xiaocheng Zhu * Astronautics, Shanghai Jiao * Seoul National University Science and Technology, → Yong Mu *,** University
Shanghai Jiao Tong University, Tong University Seoul, Republic of Korea Shanghai, China → Chunyan Hu *,** Xi’an, Shaanxi, China
→ Hong Yang **
Shanghai, 200240, P. R. China → Zhaohui Du * Shanghai, China → Gang Xu *,**
** Hanwha Techwin ** Shanghai Electric Gas Turbine
** AECC Commercial Aircraft * Shanghai Jiao Tong University Company * Key Laboratory of Light-duty
Seongnam, Republic of Korea
Engine Company Shanghai, China Gas-turbine
Shanghai, China
Shanghai, 200240, P. R. China *** Agency for Defense Institute of Engineering Thermo-
** Shanghai Turbine Works physics
Development
Co.Ltd, Shanghai, China Chinese Academy of Science
Daejeon, Republic of Korea
Beijing, 100190, China
[97] Numerical Investi- [109] Aerodynamic Design [129] Numerical Mode- [59] Comparison of Dif- ** Institute of Qingdao Light-duty
14:30
←←←
gation of Passive Corner Optimization of a 200 ling of CO-Emissions for ferent Frequency Domain Gas-turbine
Separation Control Using a kW-class Radial Inflow Su- Gas Turbine Combustors Methods for Efficient Anal- Qingdao, 266000, China
Micro-blade in an Annular percritical Carbon Dioxide Operating at Part-Load ysis of Temporal Periodic
Compressor Cascade Turbine Conditions Flow Filed
[171] Design and Experi- [195] Numerical Study [156] Experimental Study of [207] Influence of the Inlet
16:15
←←←
→ Bo Wang → Can Ma → Noah Klarmann * → Hangkong Wu ment Test of a 2.5-Stage Of The Flow Through A the Effect of the Main Stage Distortion on Fan Stall Mar-
→ Yanhui Wu → Jun Wu → Benjamin Timo Zoller ** → Dingxi Wang Highly Loaded Axial Highly-Loaded Compressor Stratifier Length on Flow gin at Different Rotation
→ Ruijing Xiong → Zhouyang Liu → Thomas Sattelmayer * Northwestern Polytechnical Compressor Cascade With Jet Flap Field and LBO Performance Speeds
→ Zihan Lei → Yuansheng Lin * Lehrstuhl für Thermodynamik University, School for a Lean Staged Injector
→ Yang Chengwu → Yiwen Li → Wenqiang Zhang
→ Liang Tian Wuhan Second Ship Design and TU-München, Germany of Power and Energy
→ Zhao Shengfeng → Juan Du → Jinhu Yang *, ** → Mehdi Vahdati
School of Power and Energy, Research Xi’an, Shaanxi, China
** GE Power → Han Ge → Jichao Li → Haowei Wu *, ** Department of Mechanical
Northwestern Polytechnical Institute
Wuhan, Hubei, China 5401 Baden, Switzerland → Lu Xingen → Qianfeng Zhang → Cunxi Liu * Engineering,
University
→ Zhang Yanfeng → Hongwu Zhang → Fuqiang Liu * Imperial College London
Xi’an, Shanxi, China
Key Laboratory of Light-duty Institute of Engineering Ther- → Yong Mu * UK
Gas-turbine/Institute of Engi- mophysics, Chinese Academy of → Gang Xu *
[131] Evaluation And [124] Structure optimi- [139] Study on the shape of [133] Numerical Prediction neering Thermophysics, Chinese Sciences University of Chinese
15:00
←←←
Academy of Sciences Academy of Sciences * Key Laboratory of Light Duty
Prediction Of The Effective- zation of an engine disk liquid film formed by the of Unsteady Endwall Flow Gas Turbine, Institute of Engi-
ness Of Slot-Type Casing in fatigue test based on wall-impingement jet and Heat Transfer with Beijing, P. R. China Beijing, China
neering Thermophysics, Chinese
Treatments In A Large-Scale combined-stress factor → Xiang Feng Oncoming wake Academy of Science, China
Axial Compressor By An method → Yong Huang → Yu Ban *
Integral Method ** University of Chinese Academy
→ Jin Meng → Ruixiang Wang → Ren Dai* of Science, China
→ Xi Nan *,** → Z.Q. Fan → Di Wang → Zhang Meibao **
→ Ning Ma * → Z.Y Yuan School of Energy and Power Engi- → Pan Chengxiong **
→ Feng Lin * → F.S. Wang neering, Beihang University * College of Power Engineering, Global Power and Propulsion Society
→ Takehiro Himeno *
→ Toshinori Watanabe **
→ Jia Li
AECC CAEM
Beijing, China University of
Shanghai for Science and Tech-
nology
Awards Nominations Open
* Institute of Engineering Ther- Shanghai, China China
mophysics, Chinese Academy of The Global Power and Propulsion Society is pleased to announce the opening of nomina-
Sciences, Beijing, China ** Shanghai Electric Gas Turbine tions for the 2018 Awards. The awards recognise and reward those individuals that have
** Department of Aeronautics Company, China made notable or outstanding achievements in, or contributions to the Power and Propul-
and Astronautics, The University
sion Industry.
of Tokyo, Tokyo, Japan
The GPPS Awards will, this year, be presented at the Zurich 2018 Forum on Friday 12th Jan-
uary 2018. Nominations are open until 6th November 2017
15:30
←←←
Coffee Break Coffee Break Coffee Break Coffee Break
For more information and to vote, download the nominations form at:
www.gpps.global/images/gpps-nominations-form.pdf
12 13
GPPS Shanghai 2017 | Program
Tuesday, 31st November, 2017: 13:30 - 17:30
T1 | Room 1 T1 | Room 2 T1 | Room 3 T1 | Room 4
Wednesday, 1st November, 2017
[184] The Influence of 211] A Novel 4-sensor
16:45
←←←
Hydrogen on the Com- Fast-Response Aerodynam- W1 | Room 1 W1 | Room 2 W1 | Room 3 W1 | Room 4
bustion Characteristics of ic Probe for Non-Isotropic COMBUSTOR & ADVANCED NUMERI- HEAT TRANSFER & TURBINE
Lean Premix Swirl CH4/H2 Turbulence Measurement COMBUSTION CAL METHODS COOLING TECHNOL- Chair: S. Teramoto
Flames in Turbomachinery Flows Session Chair: F. di Mare Chair: Xin Yuan OGY
Session Co-Chair: Chair: Chao Zhou
→ Liu Xiaopei * → Alexandros C. Chasoglou *
Co-Chair: Qiang Zhang
→ Chen Mingmin * → Michel Mansour ** ACOUSTICS & NOISE
→ Duan Dongxia ** → Anestis I. Kalfas*** Session Chair: M. Vahdati
→ Zhang Hongwu ** → Reza S. Abhari *
→ Enrico Gottardo *** * Laboratory for Energy Conver-
* Shanghai Electric Gas Turbine sion, Department of [193] A Physics Based [93] Implementation and [28] Natural Cooling Ther- [26] The research about
09:00
←←←
Co.,Ltd, China Mechanical and Process Engi- Reactor Network Model of application of a GPU-based mal Analysis of the High influence of wet steam
neering, ETH
** Institute of Engineering Ther- Switzerland RQL Combustors finite volume LES solver Pressure Rotor of an Aero on overspeed for Nuclear
mophysics, Chinese Academy of Engine: a Preliminary Study Steam Turbine
Sciences, China ** Limmat Scientific AG → Qian Shen → Hongbin Liu
Switzerland → Yue Huang → Jinlan Gou → Chen Shaojie → Kangna SUN
*** Ansaldo Energia S.p.A., Italy
*** Department of Mechanical → Fei Xing → Xinrong Su → Gu Wei Shanghai Electric Power
Engineering, Aristotle → Han Peng → Xin Yuan → Sui Dongyu Generation, Equipment Co., Ltd.
University of Thessaloniki → Zhiwei Lin Key Laboratory for Thermal → Wang Le Shanghai Turbine Plant
Greece Science and Power Tsinghua Shanghai, China
Xiamen University AECC Commercial Aircraft Engine
Xiamen, China University Co., LTD
[191] Towards lower [214] Numerical Analysis Beijing, P.R.China Shanghai, China
17:15
←←←
emission- numerical Of Instabilities For A Low
investigation of flameless Speed Fan Blade
[161] Sequential Combus- [119] The Impact of Nu- [67] Upstream Wakes [91] Numerical simulation
09:30
←←←
combustion in the trapped → Kuen-Bae Lee * tion Technology in Ansal- merical Schemes On Flow Effect on Heat Transfer of of homogeneous con-
vortex-inter-stage com- → Mark Wilson ** do’s GT26 and GT36 Separation Capturing of Endwall of Turbine Blade densing wet-steam flow
bustor → Mehdi Vahdati *
→ U. Ruedel A Linear Compressor Cas- with Relative Position of using an Euler-Lagrangian
→ Kaili Zhang * Mechanical Engineering cade Using DES Method Cylindrical Rod method
→ K. Knapp
→ Fei Xing Department
Imperial College London → S. Florjancic → Ruiyu Li → Seok Min Choi * → Byeongyeob Choi *
→ Shining Chan
UK Ansaldo Energia Switzerland → Limin Gao → Junsoo Kim ** → Jeongbo Shim *
→ Yue Huang
Baden, Switzerland → Lei Zhao → Minho Bang → Changhyun Kim *
→ Jiangqian Cai ** Rolls-Royce plc → Zeyu Yang → Eui Yeop Jung * → Jaehyeon Park **
Xiamen University UK → HeeKoo Moon * → Donghyun You *
Xiamen, China School of Power and Energy,
Northwestern Polytechnical → Hyung Hee Cho * → Jehyun Baek *
University * Yonsei University Department of Mechanical
Xi´an 710072, China
United Innovation Center (UIC) Seoul, Republic of Korea
** LG Chemistry
Engineering, Pohang University
of Science and Technology,
Republic of Korea
AECC Commercial Aircraft Engine (AECC CAE) has established United Innovation Center (UIC) with seven universities in Daejeon, Republic of Korea
China, which would be dedicated into the advanced study around the aeronautics area. ** Thermal & Fluid Research
Team, Doosan Heavy Industries &
Contruction, Republic of Korea
• UIC in Aerothermal Technologies for Aero Engines • UIC in High Temperature Materials Application for
(SJTU @AECC CAE) Aero Engines (Shanghai University @AECC CAE)
• UIC In Precision Manufacturing Technologies for Aero • UIC in Life Prediction Technology for Aero Engines
Engines (SJTU @AECC CAE) (ECUST @AECC CAE)
• UIC in Numeric Simulation Technologies for Aero • UIC in Composite Material And Structural Strength for
Engines (FDU@AECC CAE) Aero Engines (HIT@AECC CAE)
• UIC in Airworthiness Technologies for Aero Engines • UIC in Ceramic Matrix Composites Application for Aero
(Tongji University @AECC CAE) Engines
14 15
GPPS Shanghai 2017 | Program
Wednesday, 1st November, 2017: 9:00 - 12:00 Wednesday, 1st November, 2017: 9:00 - 12:00
W1 | Room 1 W1 | Room 2 W1 | Room 3 W1 | Room 4 W1 | Room 1 W1 | Room 2 W1 | Room 3 W1 | Room 4
11:45
←←←
[196] Stress and deforma- [95] A Numerical Study of [130] Effect of Stator [118] Preliminary para- [201] High-Order Simula- [145] Conjugate Heat [60] Designing Steam Tur-
10:00
←←←
tion analysis of the turbine Heat Transfer Characteristics Rub Grooves on Leakage metric study on dissipative tion Of Turbomachinery Transfer Analysis on Plate Fin bine Exhaust Diffusers Using
in liquid rocket engine of S-CO2 Impinging Jet for Performance of a Stepped non-locally reacting liner in Flow Using A Discontinuous Surface Air Cooled Oil Cooler Minimum Energy Curves
using fluid-thermal-struc- Direct Fired Oxy-Fuel S-CO2 Labyrinth Seal circular duct for absorbing Galerkin Method → Yasunori Sakuma * → Bowen Ding
ture coupling method Turbine → Kang Zhang
higher-order duct modes → M. Yao → Hiroto Saito * → Liping Xu
32] Acoustic Eigenmode
10:15
←←←
→ Yang Liu → Seon Ho Kim → Xinbo Dai → Lingfeng Chen → L. He → Toshinori Watanabe * Whittle Laboratory, University of
Analysis for Swirling → Yuan Qi → Namkyu Lee → Xin Yan → Xiaoyu Wang → Takehiro Himeno * Cambridge
University of Oxford
Flows in Ducts → Qingce Shi → Hwanseong Lee → Jun Li → Xiaofeng Sun Oxford, UK → Chihiro Inoue * Cambridge, UK
→ Huang Huang → Zhiduo Wang → Minho Bang Institute of Turbomachinery Beihang University → Susumu Tomida **
AECC Commercial Aircraft En- → Zhenping Feng → Hyung Hee Cho Xi’an Jiaotong University, China Beijing, China → Norio Takahashi **
gine Co., LTD., Shanghai, China Shaanxi Engineering Labora- Yonsei University * The University of Tokyo
tory of Turbomachinery and SEOUL, Republic of KOREA Tokyo, Japan
Power Equipment, Institute of ** Sumitomo Precision Products
Turbomachinery, Xi’an Jiaotong Co., Hyogo, Japan
University, China
Conference Lunch 12:00 - 13:30
10:45 10:30
←←← ←←←
Coffee Break Coffee Break Coffee Break Coffee Break
[46] Numerical investi- [23] Efficient LES Evaluation [128] Experimental Investiga- [200] Loss Mechanism
gation of inlet acoustic of Various Complex Un- tion and Numerical Analysis and Assessment in Mixing Wednesday, 1st November, 2017: 13:30 - 17:30
liner optimization based on steady Flow Configurations on Heat Transfer of a Nozzle Between Main Flow and
W2 | Room 1 W2 | Room 2 W2 | Room 3 W2 | Room 4
response surface model in a Design Space Guide Vane Endwall at Coolant Jets with DDES
Engine Representative Reyn- Simulation MECHANICS & ADVANCED CYCLES HEAT TRANSFER & DUCTS & SECONDARY
→ Jun Xu → Mai Zhang MANUFACTURING COOLING TECHNOL- FLOWS
olds and Mach Numbers Chair: Ingo Jahn
→ Yao Xu → Li He → Zhen Zhang Session Chair: X.F. Sun OGY Chair: Jun Li
Co-Chair: Xinrong Su
→ Changchun Liu University of Oxford → Xing Yang → Xin Yuan Chair: Chao Zhou
→ Lijuan Feng Oxford, UK → Zhansheng Liu → Xinrong Su Co-Chair: Qiang Zhang
→ Jun Chen → Qiang Zhao Tsinghua University
→ Zhao Liu [199] Case Study On The [21] A Study on Component [154] Effects Of Slot Position [3] Vortex transportation
AECC Commercial Aircraft Engine Beijing, P. R. China
13:30
←←←
Co., Ltd. → Zhenping Feng Subsynchronous Vibration Matching Method of Tur- And Coolant Incidence in an Intermediate Turbine
Shanghai, China By External Forces In Inte- bofan Engine with a Flow Angle On The Cooling Per- Duct
Xi’an Jiaotong University
Xi’an, Shaanxi, China grally Geared Centrifugal Characteristic Model formance Of Vane Endwall → Fan Dong
Compressor → Hualei Li → Xu Qingzong → Chao Zhou
→ Seunghoon Shin → Zhiyong Tan → Wang Pei College of Engineering, Peking
[115] Numerical Investiga- [198] The development of a [144] Experimental [203] Thermal stress evalu-
11:15
←←←
→ Kyungdae Kang → Yudong Wang → Du Qiang University
tion of Noise Characteristics hyperbolic RANS system for Evidence Of Temperature ation for high temperature
→ Taewook Lee → Hongyu Tang → Zhu Junqiang Beijing, China
for the Vortex-induced Vi- analysing turbomachinery Ratio Effect On Turbine Turbine Rotor Using Green’s
→ Chansun Lim → Bingjing Xue → Liu Guang
bration of a Circular Cylinder flow field Blade Tip Heat Transfer Function
Hanwha Power Systems AECC Commercial Aircraft Institute of Engineering Ther-
→ Long Cheng → Long Cheng → H. Jiang * → Haitao Wang
Republic of KOREA Engine Co., LTD mophysics, Chinese Academy
→ Lin Du → Lin Du → Q. Zhang ** → Feng Liang
Shanghai,China of Science, University of Chinese
→ Wenxiang Hua
→ Xiaofeng Sun → Xiaofeng Sun → L. He ** Academy of Science
→ Yan Liu
Beihang University Beihang University → S. Lu * → Qinghua Huang Beijing, China
Beijing, P. R. China Beijing, P. R. China → L. Wang * → Guoping Shen
→ J. Teng * Shanghai Electric Power [96] Investigation on micro- [49] On The Off-Design [194] Effects of Rotation on [63] Correlation between
14:00
←←←
* University of Michigan-Shanghai Generation Equipment Co., structure and mechanical Performance Of Supercritical Film Cooling Effectiveness Total Pressure Losses of
Jiao Tong University Joint Ltd. Shanghai Turbine Plant behavior of one wrought nickel Carbon Dioxide Power Cycles of a Gas Turbine Rotor Highly Loaded Annular
Institute, Shanghai Jiao Tong Shanghai, China based superalloy obtained by Blade With Cylindrical and Diffusers and Integral Stage
University, Shanghai, China → Ingo H J Jahn *
Selective laser melting process → Joshua A Keep ** Fan-shaped Film Holes Design Parameters
** City University London
London, UK → Hongqi Zhang * Centre for Hypersonics → YU Zhi-Qiang → Dajan Mimic
→ Enxiang FAN University of Queensland → LIU Jian-Jun → Christoph Jätz
→ Chao Wang St Lucia, Queensland, Australia Institute of Engineering Ther- Institute of Turbomachinery and
→ Lei He ** Queensland Geothermal mophysics, Chinese Academy Fluid Dynamics
→ Wenjun Liao Energy Centre of Excellence of Sciences; School of Physics, Leibniz Universität Hannover
University of Queensland University of Chinese Academy of Hanover, 30167, Germany
Shanghai Electric Gas Turbine Co., St Lucia, Queensland, Australia Sciences, Beijing, China
Ltd, Shanghai, China
16 17GPPS Shanghai 2017 | Program
Wednesday, 1st November, 2017: 13:30 - 17:30 Wednesday, 1st November, 2017: 13:30 - 17:30
W2 | Room 1 W2 | Room 2 W2 | Room 3 W2 | Room 4 W2 | Room 1 W2 | Room 2 W2 | Room 3 W2 | Room 4
[76] The effect of impeller [61] Reducing Levelised Cost [29] Interactive Effect [142] Influence of Blade [143] Simulation Study On [58] Experimental and nu- [153] A Combined Numerical
14:30
←←←
15:45
←←←
resonance by mistuning of Energy and Environmen- Between Rotating Drum Repairs on Compressor Steam-Injected Micro Gas merical investigation of heat and Experimental Investiga-
blade of centrifugal com- tal Impact of a Hybrid Mi- Orifice And Tubed Vortex Blisk Vibration considering Turbine transfer for an obliquely tion of Flow Characteristics
pressor croturbine-based Concen- Reducer On Flow Resistance Aerodynamic Damping → Xin Zhou impingement in a Rotor-Stator Cavity with
→ Sung Hyen Hwang * trated Solar Power Plant Characteristics Of Secondary and Mistuning → Gang Xiao → Min Ren Radial Inflow
→ Young Joo Kim * → Davide Iaria Air Sub-System → Lukas Schwerdt * → Jinli Chen → Xunfeng Lu → Liu Guang
→ Chan Sun Lim ** → Jafar Al Zaili → Yabo Xue → Lars Panning-von Scheidt * → Huanlei Liu → Jing Ren → Du Qiang
[30] Experimental
14:45
←←←
* Advanced Technology & Basic → Abdulnaser Sayma → Xiao Chen → Jörg Wallaschek * → Mingjiang Ni → Hongde Jiang → Wang Pei
Design Team, Hanwha Techwin Investigation of Heat → Lijun Wu → Ricarda Berger ** → Liu Jun
City, University of London Zhejiang University Department of thermal engi-
Korea London, UK Transfer Characteristics in → Xiuxiu Chen → Raimund Rolfes ** Hangzhou, Zhejiang, China neering → Zhu JunQiang
** Energy Equipment R&D Jet Impingement Cooling → Christian Keller *** Beijing, Tsinghua University,
AECC Commercial Aircraft Institute of Engineering Ther-
Center, Hanwha Techwin System with Pin Fins and → Jörg Seume *** China mophysics, Chinese Academy
Korea Film Cooling Extraction Engine Co., Ltd.
* Institute of Dynamics and of Science, University of Chinese
Shanghai, China Academy of Science
→ Yu Rao Vibration Research,
→ Yuyang Liu Leibniz Universität Hannover, Beijing, China
Gas Turbine Research Germany
Institute, Shanghai Jiao Tong ** Institute of Structural Analysis,
University, Shanghai, China Leibniz Universität Hannover,
Germany
15:15 15:00
←←← ←←←
Coffee Break Coffee Break Coffee Break Coffee Break *** Institute of Turbomachinery
and Fluid Dynamics
[101] Investigation of dwell [147] Numerical Simulation [34] Experimental Inves- [41] Flow Characteristics In Leibniz Universität Hannover,
Germany
time effects on the creep-fa- of a Novel Rotary Engine tigation of Blade Leading The Air Bleeding Manifold
tigue-interaction behavior Compared to Conventional Edge Jet Impingement with Teng Jin-fang *
of a 1000 MW steam turbine Reciprocating Engine Cycle Varying Jet Nozzle Positions He Pan * [58] Experimental and nu-
16:15
←←←
rotor using a continuum Vasilis G. Gkoutzamanis * Liangliang Liu Wu Dong-run * merical investigation of heat
damage mechanics-based Savvas Savvakis ** Hao Liu Gu Wei ** transfer for an obliquely
viscoplastic model Anestis I. Kalfas * Xiaocheng Zhu Qiang Xiao-qing * impingement
* Aristotle University of Thessa- Zhaohui Du * School of Aeronautics and
Weizhe Wang *,** → Min Ren
Yingzheng Liu *,** loniki School of Mechanical Engineer- Astronautics, Shanghai Jiao Tong
Department of Mechanical ing, Shanghai University, Shanghai, China → Xunfeng Lu
* Key Lab of the Education Minis- Engineering Jiaotong University → Jing Ren
try for Power ** AECC Commercial Aircraft En-
GR-54124, Thessaloniki, Greece Shanghai, China gine Company, Shanghai, China → Hongde Jiang
Machinery and Engineering,
Shanghai Jiao Tong University, ** theSARMproject Department of thermal engineer-
China N. Zerva 10 ing, Beijing, Tsinghua University,
GR-54640, Thessaloniki, Greece China
** Gas Turbine Research Institute,
Shanghai Jiao Tong University,
China [62] Influences of Different
16:45
←←←
Microstructural Thermal Bar-
rier Coatings on Conjugate
Heat Transfer Coefficient of
Turbine Blade Surface
Yuzhang Wang
Yun Long
Jiali Li
Yiwu Weng
School of Mechanical Engi-
neering, Gas Turbine Research
Institute, Shanghai Jiao
Tong Univ., Shanghai, China
18 19GPPS Shanghai 2017 | Program
Author Index
Surname, Christian Name | Paper, Track |
Abhari, Reza S. | 211 | Huang, Yong | 139 | Liu, Yan | 203 | Takahashi, Norio | 145 | Weng, Yiwu | 62 | Yang, Zeyu | 119 |
Al Zaili, Jafar | 61 | Huang, Yue | 191, 193 | Liu, Yang | 196 | Tan, Zhiyong | 21 | Wilson, Mark | 214 | Yao, M. | 201 |
Baek, Jehyun | 91 | Hwang, Sung Hyen | 76 | Liu, Yingzheng | 101 | Tang, Hongyu | 21 | Wu, Hangkong | 59 | You, Donghyun | 91 |
Ban, Yu | 133 | Iaria, Davide | 61 | Liu, Yuyang | 30 | Teng, J. | 144 | Wu, Haowei | 146, 156 | Yu, Zhi-Qiang | 194 |
Bang, Minho | 67, 95 | Im, Juhyun | 157 | Liu, Zhansheng | 128 | Teng, Jinfang | 45 | Wu, Jun | 109 | Yuan, Xin | 93, 200 |
Berger, Ricarda | 142 | Inoue, Chihiro | 145 | Liu, Zhao | 128 | Tian, Liang | 97 | Wu, Lijun | 29 | Yuan, Z.Y | 124 |
Cai, Jiangqian | 191 | Jahn, Ingo H J | 49 | Liu, Zhouyang | 109 | Tomida, Susumu | 145 | Wu, Yanhui | 97 | Zhang, Hongqi | 96 |
Chan, Shining | 191 | Jätz, Christoph | 63 | Long, Yun | 62 | Vahdati, Mehdi | 207, 214 | Xiao-qing, Qiang | 41 | Zhang, Hongwu | 195 |
Chasoglou, Alexandros C. | 211 | Jian-Jun, Liu | 194 | Lu, S. | 144 | Wallaschek, Jörg | 142 | Xiao, Gang | 143 | Zhang, Kaili | 191 |
Chen, Jinli | 143 | Jiang, H. | 144 | Lu, Xingen | 104 | Wang, Bo | 97 | Xiaopei, Liu | 184 | Zhang, Kang | 130 |
Chen, Jun | 46 | Jiang, Hongde | 58 | Lu, Xunfeng | 58 | Wang, Chao | 96 | Xiaotian, Luo | 14 | Zhang, Mai | 23 |
Chen, Lingfeng | 118 | Jin-fang, Teng | 14, 41 | Luo, Jiaqi | 5 | Wang, Di | 139 | Xing, Fei | 191, 193 | Zhang, Meibao | 134 |
Chen, Liu | 134 | Jun, Liu | 153 | Ma, Can | 109 | Wang, Dingxi | 59, 176 | Xingen, Lu | 171 | Zhang, Q. | 144 |
Chen, Shaojie | 28 | Jung, Eui Yeop | 67 | Ma, Ning | 131 | Wang, F.S. | 124 | Xiong, Ruijing | 97 | Zhang, Qianfeng | 195 |
Chen, Xiao | 29 | JunQiang, Zhu | 153 | Mansour, Michel | 211 | Wang, Haitao | 203 | Xu, Gang | 146 | Zhang, Wenqiang | 207 |
Chen, Xiuxiu | 29 | Junqiang, Zhu | 154 | Meibao, Zhang | 133 | Wang, L. | 144 | Xu, Jun | 46 | Zhang, Zhen | 200 |
Cheng, Long | 115, 198 | Kalfas, Anestis I. | 147, 211 | Meng, Jin | 124 | Wang, Ruixiang | 139 | Xu, Liping | 60 | Zhao, Lei | 119 |
Chengwu, Yang | 171 | Kang, Kyungdae | 199 | Mimic, Dajan | 63 | Wang, Weizhe | 101 | Xu, Yao | 46 | Zhao, Qiang | 128 |
Chengxiong, Pan | 133 | Keep, Joshua A | 49 | Mingmin, Chen | 184 | Wang, Xiaoyu | 118 | Xue, Bingjing | 21 | Zhao, Shengfeng | 104 |
Cho, Hyung Hee | 67, 95 | Keller, Christian | 142 | Moon, Hee Koo | 67 | Wang, Yudong | 21 | Xue, Yabo | 29 | Zheng, Siyu | 45 |
Choi, Byeongyeob | 91 | Kim, Changhyun | 91 | Mu, Yong | 146 | Wang, Yuzhang | 54, 62 | Xun, Zhou | 15 | Zhongqi, Wang | 15 |
Choi, Seok Min | 67 | Kim, Jinwook | 157 | Nan, Xi | 131 | Wang, Zhiduo | 196 | Yan, Xin | 130 | Zhou, Chao | 154 |
Dai, Ren | 133, 134 | Kim, Junsoo | 67 | Ni, Mingjiang | 143 | Watanabe, Toshinori | 131, 145 | Yanfeng, Zhang | 171 | Zhou, Xin | 143 |
Dai, Xinbo | 130 | Kim, Seon Ho | 95 | Pan, Chengxiong | 134 | Wei, Gu | 28, 41 | Yang, Chengwu | 104 | Zhu, Min | 16 |
Ding, Bowen | 60 | Kim, Young Joo | 76 | Pan, He | 41 | Wei, Ma | 14 | Yang, Hong | 35 | Zhu, Xiaocheng | 34, 35 |
Ding, Jun | 15 | Klarmann, Noah | 129 | Panning-von Scheidt, Lars | 142 | Wei, Zhu | 15 | Yang, Jinhu | 146, 156 | Zhu, Yalu | 5 |
Dong-run, Wu | 41 | Knapp, K. | 161 | Park, Jaehyeon | 91 | Weng, Shilie | 54 | Yang, Xing | 128 | Zoller,Benjamin Timo | 129 |
Dong, Fan | 154 | Le, Cai | 15 | Pei, Wang | 153, 154 |
Dongxia, Duan | 184 | Le, Wang | 28 | Peng, Han | 193 |
Notes:
Dongyu, Sui | 28 | Lee, Hwanseong | 95 | Qi, Yuan | 196 |
Du, Juan | 195 | Lee, Kuen-Bae | 214 | Qian, Wenkai | 16 |
Du, Lin | 115, 198 | Lee, Namkyu | 95 | Qiang, Du | 153, 154 |
Du, Zhaohui | 34, 35 | Lee, Taewook | 199 | Qiang, Xiaoqing | 45 |
Fan, Enxiang | 96 | Lei, Zihan | 97 | Qingzong, Xu | 154 |
Fan, Lin | 45 | Li, Hualei | 21 | Rao, Yu | 30 |
Fan, Z.Q. | 124 | Li, Jia | 124 | Ren, Jing | 58 |
Feng, Lijuan | 46 | Li, Jiali | 62 | Ren, Min | 58 |
Feng, Xiang | 139 | Li, Jichao | 195 | Rhee, Jaemin | 157 |
Feng, Zhenping | 128, 196 | Li, Jun | 130 | Rolfes, Raimund | 142 |
Florjancic, S. | 161 | Li, Ruiyu | 119 | Ruedel, U. | 161 |
Gao, Limin | 119 | Li, Suhui | 16 | Saito, Hiroto | 145 |
Ge, Han | 171 | Li, Yiwen | 195 | Sakuma, Yasunori | 145 |
Gkoutzamanis, Vasilis G. | 147 | Li, Ziliang | 104 | Sattelmayer, Thomas | 129 |
Gottardo, Enrico | 184 | Liang, Feng | 203 | Savvakis, Savvas | 147 |
Gou, Jinlan | 93 | Liao, Wenjun | 96 | Sayma, Abdulnaser | 61 |
Guang, Liu | 153, 154 | Lim, Chan Sun | 76 | Schwerdt, Lukas | 142 |
Guo, Lei | 104 | Lim, Chansun | 199 | Seume, Jörg | 142 |
Han, Ge | 104 | Lin, Feng | 131 | Shen, Guoping | 203 |
He, L. | 144, 201 | Lin, Yuansheng | 109 | Shen, Qian | 193 |
He, Lei | 96 | Lin, Zhiwei | 193 | Shen, Xin | 35 |
He, Li | 23 | Liu, Changchun | 46 | Shengfeng, Zhao | 171 |
Himeno, Takehiro | 131 | Liu, Cunxi | 146, 156 | Shi, Qingce | 196 |
Himeno, Takehiro | 145 | Liu, Feng | 5 | Shim, Jeongbo | 91 |
Hongwu, Zhang | 184 | Liu, Fuqiang | 146, 156 | Shin, Seunghoon | 199 |
Hu, Chunyan | 146 | Liu, Hao | 34, 35 | Song, Seung Jin | 157 |
Hua, Wenxiang | 203 | Liu, Hongbin | 93 | Songtao, Wang | 15 |
Huang, Huang | 32 | Liu, Hongzhao | 54 | Su, Xinrong | 93, 200 |
Huang, Qinghua | 203 | Liu, Huanlei | 143 | Sun, Kangna | 26 |
Huang, Xiuquan | 176 | Liu, Liangliang | 34, 35 | Sun, Xiaofeng | 118, 115, 198 |
20GPPS Shanghai 2017 | Program Title Title Sub title Sub title Body Body caption caption 22 23
GPPS Shanghai 2017 | Program Title Title Sub title Sub title Body Body caption caption 24 25
Global Power & Propulsion Society | GPPS Shanghai 17 | www.gpps.global | info@gpps.global 26
You can also read
