Full Official Handbook – Complete Breakdown & Insights (Free PDF)

The field of composite materials is evolving faster than ever before. From aerospace structures to robotics, from biomedical devices to sustainable materials engineering – composites now shape the backbone of next-generation manufacturing and innovation.
To support this global momentum, three of Asia’s most technologically advanced countries – China, Korea, and Japan – came together for one of the most prestigious regional scientific events:

China-Korea-Japan Joint Symposium on Composite Materials 2024

Venue: White Swan Hotel, Guangzhou, China
Organizers:

• Chinese Society for Composite Materials

• Korean Society for Composite Materials

• Japan Society for Composite Materials

This symposium represents decades of collaboration among the three countries, strengthening research ties and contributing to major breakthroughs in advanced materials science, intelligent manufacturing, smart structures, and nanotechnology.

In this post, I am sharing a complete, official PDF handbook of the symposium – a highly valuable resource for engineers, researchers, innovators, and students working in materials science.

This extended article offers:

• A detailed overview of the symposium

• What’s included in the official handbook

• Why this document is extremely valuable for researchers

• A structured summary of the sessions, speakers, and research domains

• Download instructions

You can copy this entire content for your website or LinkedIn.

What Is the China-Korea-Japan Joint Symposium on Composite Materials?

This symposium is one of the most respected academic and scientific events in Asia for composite materials research. It brings together:

• Leading universities

• Top research labs

• Government R&D bodies

• Aerospace and manufacturing companies

• Graduate researchers and PhD scholars

• Material scientists and industrial engineers

The main objective of the event is to share cutting-edge progress, discuss challenges, and build cross-border collaboration in composite materials.

The 2024 event, held in Guangzhou, China, was especially impactful because it highlighted the convergence of nanotechnology, intelligent systems, and advanced manufacturing – showing where the future of composites is heading.

What’s Inside the Official Handbook? (Highly Valuable for Researchers & Students)

The handbook is not just an event schedule; it’s a complete scientific resource.

It includes detailed insights across 25 advanced research fields, expert presentations, session breakdowns, committees, and logistical information. For anyone studying or working in materials science, this document is an excellent reference.

Let’s explore the major components.

1. Complete Event Overview & Introduction

The handbook begins with a comprehensive introduction to the symposium, covering:

Venue Details

• White Swan Hotel, Guangzhou

• Conference rooms and layout

• Breakout session locations

• Facilities for speakers and participants

Organizing Bodies

The symposium was jointly hosted by:

• The Chinese Society for Composite Materials (CSCM)

• The Korean Society of Composite Materials (KSCM)

• The Japan Society for Composite Materials (JSCM)

These three societies are among the most respected institutions in the world in the field of advanced materials.

Purpose of the Symposium

• Strengthening trilateral scientific cooperation

• Sharing new research achievements

• Discussing future trends in composites

• Promoting sustainability and innovation

• Encouraging academic–industry collaboration

• Creating networking opportunities for young researchers

This event represents a long tradition of collaboration between China, Korea, and Japan – three countries with world-leading expertise in composite research.

2. 25 Major Research Topics Covered

A Deep Dive into the Future of Composite Materials**

One of the most valuable parts of the handbook is the complete list of technical tracks. These cover almost every modern research direction in composites and materials engineering.

Below is a detailed breakdown of the 25 advanced themes included:

1. Nanocomposites

• Carbon nanotubes

• Graphene-enhanced structures

• Nanoscale reinforcement technology

2. Smart Materials & Intelligent Structures

• Self-sensing composites

• Shape memory materials

• Adaptive aerospace structures

3. 3D & 4D Additive Manufacturing

• Polymer & metal 3D printing

• Multi-material hybrid printing

• Time-dependent “4D” transformable structures

4. Ceramic Matrix Composites (CMC)

• Ultra-high-temperature materials

• Aerospace engine applications

5. Metal Matrix Composites (MMC)

• High-strength lightweight structures

• Thermal management applications

6. Bio-Inspired & Biomimetic Composites

• Nature-mimicking architectures

• Bio-processing-inspired synthesis techniques

7. Structural Health Monitoring

• Embedded sensors

• Real-time damage detection

• Data-driven structural analytics

8. Multiscale Mechanical Analysis

• Molecular modeling

• Microstructure-level simulations

• Full-scale structural behavior

9. Data-Driven Composite Design

• AI-assisted material design

• Big-data based material optimization

10. Sustainable & Green Composites

• Recyclable resins

• Eco-friendly thermoplastics

11. Aerospace Composite Applications

• Lightweight airframe structures

• Advanced propellers & blades

• Aircraft interior components

12. Robotics & Automated Manufacturing

• Composite-based manipulators

• Automated fiber placement (AFP)

13. Fiber Reinforcement Technologies

14. Polymer Matrix Composites (PMC)

15. Durability & Long-Term Performance

16. Thermal & Electrical Properties

17. Impact & Crashworthiness

18. Hybrid Composites

19. Composite Joints & Interfaces

20. Fatigue & Damage Mechanics

21. Marine Composite Applications

22. High-Performance Carbon Composites

23. Ceramic-Coated Composite Structures

24. Mechanics of Sandwich Structures

25. Industrial & Commercial Composite Applications

This diversity makes the handbook extremely resourceful for any researcher or engineer looking to stay updated with modern composite technology.

3. Plenary Speakers – World-Class Experts Shaping the Future of Materials Science

The 2024 symposium invited four globally renowned scientists, each presenting groundbreaking research.

🔹 Prof. Yiu-Wing Mai

Topic: Carbonaceous Nanofillers for High-Performance Composites
A pioneer in the field of fracture mechanics and nanocomposite technologies.

🔹 Prof. Ilkwon Oh

Topic: Wearable Haptic Interfaces with Auxetic Structures
His research focuses on smart structures, auxetic materials, and human–machine interaction.

🔹 Prof. Zhengyi Fu

Topic: Bioprocessing-Inspired Material Synthesis
A leader in sustainable materials and bio-inspired processing.

🔹 Prof. Asami Nakai

Topic: Sustainable Thermoplastic Composite Manufacturing
Renowned for advancing recyclable and eco-friendly composite materials.

These experts provided essential insights into the future direction of the global composite industry.

4. Comprehensive 2-Day Programme Schedule

The official handbook includes a full two-day detailed schedule, including:

Plenary Sessions

These are high-level keynote talks from the four invited experts.

Parallel Technical Sessions

Multiple rooms with topic-specific presentations running simultaneously.

Keynote, Invited, and Regular Presentations

Each session features:

• Keynote speakers

• International researchers

• Emerging scholars

Presentation Timelines & Room Allocations

If you’re a researcher, this section is extremely valuable for understanding:

• Active research domains

• Ongoing investigations

• Regional and global trends

5. Organizing Committees & Academic Contributors

The handbook lists 200+ scientists, professors, and industry leaders from China, Korea, and Japan who organized or contributed to the conference.

These include experts from:

• Top national universities

• Aerospace research centers

• National laboratories

• Industrial innovation institutes

This makes the handbook a great reference for networking and identifying potential research collaborators.

6. Venue Layout, Transportation & Logistics

The handbook also includes helpful travel information:

• Hotel layout

• Floor maps

• Nearby transport systems

• Session locations

• Registration counters

• Social event arrangements

This will be extremely useful for those planning to attend future symposiums.

Who Should Download This Handbook?

This resource is particularly valuable for:

PhD Students & Researchers

Looking for new research topics, literature references, or breakthrough ideas.

Engineers & Industry Innovators

Working in:

• Aerospace

• Robotics

• Manufacturing

• Smart structures

• Mechanical design

Academics & Professors

Preparing course modules, lectures, or supervising student research.

Industrial R&D Professionals

Interested in product development, high-performance materials, and next-gen composites.

Sustainability Researchers

Exploring recyclable, eco-friendly material innovations.

Why This PDF is Extremely Useful

Most conferences don’t openly share their full handbook or programme details. Having access to this document means:

• You understand the latest global trends

• You can identify top research labs in Asia

• You get access to high-impact topics

• You discover future-ready innovations

• You stay updated with cutting-edge materials technology

This is a rare opportunity to explore highly technical content without attending the event.

Download the Official Handbook (Free)

You can download the complete symposium handbook PDF from the attachment provided in this post.
It’s free to use for study, research inspiration, academic writing, and general knowledge.

Final Words

The China–Korea–Japan Joint Symposium on Composite Materials 2024 represents the shared commitment of three advanced nations toward the future of composite innovation. The official handbook captures the best research, the brightest minds, and the emerging trends that will define the next decade of materials science.

If you’re in engineering, research, or advanced manufacturing, this PDF is one of the most valuable references you can explore.

Feel free to download it, study it, and share it with your colleagues or research group.