In order to respond to the call for global green transformation and industrial innovation and upgrading, to deeply implement the concept of sustainable development, and to promote technological innovation and high-quality development in the rubber industry, we will now focus on the theme of "improving quality, innovation, and low-carbon practice" and sincerely invite academic papers from colleagues in the global rubber industry and experts, scholars, and technical workers in related fields to explore cutting-edge trends in the industry and participate in innovation and development events.

The specific matters are as follows:

Vehicles and Tires

1. Collaborative innovation research on vehicle dynamics and tire mechanics.

2. Intelligent connected car and tire intelligent integration technology.

3. Key technologies for lightweight, low rolling resistance and long life of new energy vehicles and tires.

4. High-performance design and application of tires for off-highway and special vehicles.

5. Collaborative innovation model between new energy vehicle manufacturers and tire suppliers.

6. Construction of new methods, new equipment and evaluation system for tire performance testing.

Standards and Regulations

1. The impact of Euro 7 emission standards on tire technology and response strategies.

2. The international docking and mutual recognition path of tire testing standards from the perspective of cross-border trade.

3. Environmentally friendly management practices for chemicals in the rubber industry.

4. Interpretation and practice of sustainable development regulations under the goal of carbon neutrality.

Innovation and intelligence

1. Cutting-edge theories of tire design and development (such as TOP optimization) and engineering practice.

2. Breakthrough application of CAE simulation, AI simulation and virtual testing technology in tire research and development.

3. Intelligent manufacturing equipment (such as robot automation, digital twin production lines) and process innovation.

4. Innovative cases of AI in tire defect identification and quality traceability.

5. Intelligent connected tires (tire pressure monitoring, road condition sensing, life prediction) and sensor integration technology.

6. Tire life cycle data management platform and big data analysis application.

7. Development of virtual simulation technology and construction of tire simulation system.

8. New technology for rubber testing: intelligent, automated and high-precision testing solutions.

Sustainable Development

1. Construction of tire product carbon footprint accounting system and research on emission reduction paths.

2. Green and environmentally friendly new material research and development, application and industrialization paths.

3. Technology progress in green recycling, pyrolysis and high-value utilization of waste tires.