+86 0519-86883518
+86 13601834826(Teacher Zhang)
Composite Material Maintenance Training (Composite-D)
Class hours: 40 hours
Training target: Engineering and technical personnel and relevant department heads who are engaged in or interested in the research and development, design, and process implementation of composite material products
1. Applicable industries
Companies engaged in the research and development, manufacturing, and maintenance of composite materials in industries such as aviation, aerospace, military, rail vehicles, automobiles, shipbuilding, wind energy, photovoltaics, electronics, and home appliances
2. Training Content
Basic design theory of composite materials, analytical calculation process, principles of lightweight structural design, etc;
Design methods for composite material structures, analysis of key points for composite material layer unfolding and material cutting design;
Finite element simulation design process and key points analysis of composite materials;
Design of composite sandwich structure and introduction of damage repair methods for honeycomb sandwich structure;
Mold design and product development considerations for the oven, hot press tank molding, and compression molding processes of prepreg;
Lightweight RTM molding process and case discussion;
Classic case analysis of composite materials in the field of rail transit, such as flooring, interior decoration, sewage tanks, and hood design;
Design requirements and design cases for composite material bonding structures.
2024 Composite-R Training Program
Composite-D-1-2024 2024-07-08~2024-07-12
The above courses will be adjusted according to the actual situation, and those who pass the exam will be awarded the Fraunhofer IFAM certificate.
It is an upgraded version of the DIN6701 series standards and is a comprehensive quality assurance specification for adhesive bonding of rail transit vehicles and their maintenance. This standard provides a framework for creating repeatable and simple bonding processes. The standard covers key aspects such as adhesive joint design, adhesive process planning, production and manufacturing, quality control, maintenance and repair, and procurement of adhesive parts.
The course is taught by Yifa professional lecturers with rich experience in adhesive use. In the morning, professional theories are taught, and in the afternoon, hands-on operations are carried out, combined with on-site visits and internships of adhesive production lines.
Through the training of this course, students can understand the nature and reasons for bonding operations and quality control, saving and controlling costs for enterprises in various aspects such as selecting adhesives, applying equipment, and processes correctly, controlling bonding quality, and avoiding the occurrence of defective products and accidents.
The course content and schedule will be jointly agreed upon by Yifa and the client.
Understand the design principles of adhesive joints, learn the design process and principles of adhesive joints, and the input basis and specific content of the requirement list. Learn the elements, basis, and methods of load condition analysis, as well as the factors that affect the performance of adhesive joint materials. Learn the method of dividing joint grades and verify and control quality according to grades. Master the different methods of calculating adhesive joints and learn to use different methods to design the dimensions of adhesive joints. Master the methods of obtaining various load-bearing capacity values of adhesives and adhesive joints through experimental methods, as well as statistical data processing methods such as characteristic values and reduction factors. Learn the basic ideas and methods for predicting the service life of adhesive joints.
Understand the principles and characteristics of the bonding process. Learn the main components and curing mechanisms of various adhesives. Familiar with the adhesive properties of metals, plastics, rubber, composite materials, etc. Master the surface analysis methods and conventional surface treatment methods of substrates, load (mechanical, physical, thermal, chemical, fatigue) analysis methods and design principles of adhesive joints, adhesive selection and design verification and process evaluation methods, and the requirements of adhesive for relevant quality management systems and working environments. Master the method of formulating bonding process flow and proficiently write bonding operation instructions. Supervise and guide the daily operations of adhesive operators. Timely detect illegal production and abnormal operations to ensure the quality of bonding.
courses cover the manufacture, repair and design of a wide range of FRPs
course covering FRP maintenance, machining, and repair
course teaches how to avoid errors when manufacturing and using FRP materials.
In accordance with guidelines DVS / EWF 3309 and EWF 662. The course fulfill the requirements according DIN 2304,DIN 6701, EN 17460, ISO 21368 and TL A-0023.
In accordance with guidelines DVS / EWF 3309 and EWF 662. The course fulfill the requirements according DIN 2304, DIN 6701, EN 17460, ISO 21368 and TL A-0023.
In accordance with guideline DVS / EWF 3305 and EWF 515. The course guidelines fulfill the requirements according DIN 2304, DIN 6701, EN 17460, ISO 21368 and TL A-0023.
+86 0519-86883518
10th Floor, Building 08B, Qishuyan Rail Transit Industrial Park, No. 355 Longjin Road, Economic Development Zone, Changzhou City, Jiangsu Province, China
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