Home - APISAT2023

Welcome Message

Dear all,

It is our great honor to hold the 2023 Asia-Pacific International Symposium on Aerospace Technology (APISAT2023) in the gorgeous beach city of Lingshui, Hainan Province, China during Oct. 16-18, 2023.

As a common endeavor among the professional aerospace organizations in China, Australia, Korea and Japan, this symposium provides researchers of universities and academic institutes, and the industry engineers to discuss the current and future advanced topics in aeronautical and space engineering.

Since 2009, APISAT has been held successively on a yearly basis except that in 2020 due to the COVID-19. Given years of development, it witnesses a participation of nearly 4000 delegates and over 2500 technical papers collectively. APISAT has become one of the most influential aerospace technology exchange platform in the Asia-Pacific region.

The conference in 2023 will continue with its practice of arranging 4-5 plenary lectures, 60-80 technical sessions and socializing opportunities. It will also highlight itself by organizing special sessions on frontier or cross-disciplinary subjects.

The APISAT 2023 will be the first offline gathering after three years being affected by the pandemics. We expect to meet as many friends as possible then. So, on behalf of the APISAT committees, we would like to extend our sincere welcome to all of you and look forward to meeting you in Lingshui during October.

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About Poster Presentation

APISAT2018

APISAT2022

APISAT2021

Plenary Lectures

Name	Organization	Job Position	Lecture Title
Dr. Shuiting Ding	Civil Aviation University of China	President	Challenges and Strategies for the Deployment of Sustainable Aviation Fuels
Dr. Nicholas Bardell	Royal Aeronautical Society Australian Division	RMIT University, Melbourne, Australia	Developing Exceptional Engineers
Dr. Hwang, Chang-Jeon	KARI (Korea Aerospace Research Institute)	Director (also Executive Vice President of KSAS)	Overview of Electric Aircraft Technology Development in KARI
Prof. Kenichi Rinoie	The University of Tokyo	Professor	Study of Hydrogen Aircraft from Engineering and Operational Perspectives
Prof.Zhansen Qian	AVIC Aerodynamics Research Institute	Vice President	Progress and Applications of ARI_Boom Software for Sonic Boom Prediction

Regular Topics

Aerodynamics and Design

Computational Fluid Dynamics
Wind Tunnel Testing
Flow Visualization
Unsteady Aerodynamics
Acoustics
Aircraft, Helicopter and UAV Design

Structures and Materials

Structural Analysis
Structural Testing
Smart Structures
Composite Structures
Structural Dynamics and Control
Aeroelasticity and Control

Dynamics/Control/Avionics

Flight Simulation
Navigation
Guidance and Control
ATM/CNS
Sensors and Actuators
Satellite Attitude Control

Combustion and Propulsion

Combustion Analysis
Fuel Injection
Turbines
Engines
Cooling Systems
Spacecraft Propulsion

Organized Sessions

Session Titles

Advanced Computational Methods in Multi-Physics Coupled AnalysisMultidisciplinary Analysis and Optimization
Urban Air Mobility
Aerospace Structure Optimization
Aeronautical Advanced Materials and Manufacturing TechnologiesAircraft Composite Structure Design and Test VerificationSmart Materials and Structures in Aerospace
Drive, Transmission and Control
Theory and Method for Thermal Structural DynamicsMorphing Aircrafts
Aircraft Icing Simulation, Test and Ice ProtectionWind Tunnel Test
Key Technologies of Next-Generation Supersonic Civil Transport
Aerodynamic Design and Optimization
Novel Aircraft Design
Advanced Air Mobility (AAM)
Low Reynolds Number Aerodynamics
Advanced Rotorcraft
Propulsion System Design
Electric Propulsion for Spacecrafts
Stealth Analysis and Design
Emerging Technologies in New Space Era
Aircraft Dynamics and Control Technologies for Future Air Mobility
Learning-Based Intelligent Flight and Control Technology of Aircraft
Stochastic Modeling and Simulation Towards Sustainable Air Traffic Management
Alternative Energy Aircraft