China and Russia enjoy progressive cooperation which includes multiple cultural activities and people-to-people exchanges aimed to deepen the understanding and friendship between the two countries. In order to enhance collaboration between our countries, and to promote research and technological innovation and economic modernization, ASRTU decided to take part in co-organization of the Sino-Russian Symposium on Materials Science and Processing Technology. We are looking forward to the active participation of the scientists from both countries in the Symposium.

The Sino-Russian Symposium on Materials Science and Processing Technology is being organized with an aim to provide a venue for academics, researchers and engineers to meet and present their papers on recent advances and exchange information on all aspects of Materials Science and Technology.

The Symposium will be held on November 25-26, 2021, in online format.

SCOPE OF THE SYMPOSIUM

The symposium will cover various aspects of the development and application of Materials Science and Technology.

Oral and poster presentations on the variety of topics will be included in the symposium program. In addition, the Organizing Committee will invite the distinguished researchers in key areas of materials science and technology to deliver presentations at the symposium.

SYMPOSIUM PARTICIPANTS

We welcome 1-2 representatives from the ASRTU member and observer universities, as well as representatives from other Russian and Chinese institutions, who do research in various aspects of Materials Science and Technology, to attend the Sino-Russian Symposium on Materials Science and Processing Technology.

SYMPOSIUM TOPICS

Materials Science and Technology

1. Construction Materials.

2. Polymer and Metal Composite Materials.

3. Intelligent, Adaptive Materials and Coatings, Materials with Shape Memory Effect and Smart Constructions.

4. High-Temperature Ceramic, Heat-Shielding and Ceramic-Like Materials.

5. Nanostructured Materials and Coatings.

6. Ultralight Foam Materials.

7. Biomedical Materials

8. Corrosion Protection, Reinforcing, Protective, Heat-Shielding and Other Functional Coatings.

9. Diagnostics and Non-Destructive Inspection.

10. Energy-Saving Technologies for the Production of Semi-Finished Products, Parts, and Structures.

11. Advanced Technologies of Molding and Processing of Composite Materials.

12. Additive Technology.

13. Advanced Welding and Joining Technologies.

14. Advanced Technology of Powder Materials.

Mathematical Modelling

1. Modeling and Optimization of Engineering Systems and Materials.

2. Modeling and Optimization of Technical Processes.

Modern Methods for Materials Science Teaching

1. Courses and Teaching in Materials Science.

2. Courses and Teaching in Engineering Science.

WORKING LANGUAGE

English

SCIENTIFIC PROGRAM

CONTACT INFORMATION

Contact person of the ASRTU Permanent Secretariat of Chinese part:

Mrs. Ma Jiayi

Harbin Institute of Technology (Harbin, P.R. China)

Phone: +86-451-86416807

E-mail: kazan_2020@163.com

Contact person of the host party:

Chairman of the Forum

Prof. Engel R. Galimov

Head of Materials Science, Welding and Industrial Safety Department

Kazan National Research Technical University named after A.N. Tupolev-KAI

Phone: +7 987 172-67-37

E-mail: ergalimov@kai.ru

Secretary of the Forum

Dr. Alexey Belyaev

Assoc. Prof. of Materials Science, Welding and Industrial Safety Department

Kazan National Research Technical University named after A.N. Tupolev-KAI

Телефон: + 7 967 770-44-77

E-mail: avbelyaev@kai.ru

Contact person of the ASRTU Permanent Secretariat of Russian part:

Dr. Viktor B. Timofeev

Bauman Moscow State Technical University (Moscow, Russia)

Phone: + 7499 263 6212

E-mail: timofeev@bmstu.ru

Sino-Russian Symposium on Materials Science and Processing Technology: video on 25.11.2021

Sino-Russian Symposium on Materials Science and Processing Technology: video on 26.11.2021

PRESENTATIONS OF REPORTS:

• Application of Composite Materials in Building Materials;
• Automated selection model of the metalworking machine based on the analysis drawing manufactured part using the database;
• Calculation of the Dynamics of Structural Transformations During the Thermal Transformation of Composite Materials and Coatings;
• Comparative Analysis of the Properties of Diffusion Coatings;
• Development of Alloying Fluxes for Wear-Resistant Weld Overlay of the Rolling Stock Parts Using Mineral Raw Materials of the Far Eastern Region;
• Enhancing the Conductivity of Ceramic Coatings on Organic Glasses;
• Ensuring the wear resistance of the material of the bearing assembly of the turbocharger of the internal combustion engine;
• Experience in creating an expert system for automated synthesis departments of workshops of machine building enterprises;
• Investigation of a method for increasing the efficiency of an electric power generator;
• Laser welding of dissimilar materials, methods and techniques. Review of trends;
• Mathematical Modeling of the Technology of Processing Metal Products with a Vapor-Gas Discharge;
• Mechanical Properties of the Fluoride-42 Polymer Composition with Aluminum Oxide Submicronal Particles;
• Research of oil capacity of carbon fiber materials;
• Results of the Application of Simulated Acrylonitrile Butadiene;
• The influence of thermal expanding graphite and aluminosilicate microspheres on flammability of polymer materials;

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