Siheyuan: tomb robbing? I am serious about hunting.

Chapter 540: The Light of Steel Rolling

The leaders of the factory were very happy to see such results. The factory director praised David, Chu Tian, ​​Bang Geng and others: "The promotion of this new technology is thanks to everyone's efforts. Especially Mr. David, who brought advanced technology; Chu Tian and Bang Geng played a good communication and leading role in the middle. I hope everyone will continue to work hard to make our factory better and better." As time goes by, the steel rolling mill has become more and more competitive in the market with the help of new technologies. Orders are coming in continuously, and the efficiency of the factory is getting better and better. In this process, Bang Geng not only learned advanced technology, but also gained recognition from leaders and colleagues. He has strengthened his determination to work hard and contribute to the factory. Although David has to leave after completing the training task in the steel rolling mill, the friendship he has forged with Chu Tian, ​​Bang Geng and others will remain here forever. He believes that with the joint efforts of everyone, the steel rolling mill will definitely be more brilliant in the future. In the development history of the steel rolling mill, the experience of hiring foreign engineers has become an important turning point. It not only brought advanced technology, but also changed the workers' concepts and made everyone understand the importance of continuous learning and innovation. Bang Geng has also grown up in this process and gradually become a new generation of technical backbone of the steel rolling mill, injecting new vitality into the development of the factory. In the future, he and his colleagues will continue to write their own chapter of struggle in this land full of hope.

The light of steel rolling at the technical exchange meeting In the era of rapid development of science and technology, a highly anticipated international technical exchange meeting kicked off in a bustling city. Top engineers from all over the world gathered together to discuss the latest technologies and development trends in the industry. As an important force in the industry, the steel rolling mill will naturally not miss this rare opportunity for learning and communication. As the technical backbone of the factory, Chu Tian shoulders the heavy responsibility and embarks on this journey full of challenges and opportunities on behalf of the steel rolling mill. At the exchange meeting, the spacious and bright hall was filled with display stands of various advanced technologies. The discussions of engineers from various countries came one after another, and the air was filled with a strong academic atmosphere. Chu Tian, ​​dressed in neat work clothes, with excitement and expectation in his eyes, shuttled through various display areas and carefully observed each new technology. He first came to an area displaying new steel rolling dies. An engineer from Germany was enthusiastically introducing the design concept and unique advantages of the mold. Chu Tian listened carefully and raised his own questions and insights from time to time. The German engineer appreciated Chu Tian's professionalism, and the two had an in-depth exchange on the material selection, service life, and impact on steel quality of the mold. "This mold uses a new alloy material, which is not only harder, but also has greatly enhanced stability in high temperature environments." The German engineer pointed to the mold and said. Chu Tian nodded and said, "Indeed, the choice of materials is crucial. But in actual production, we also need to consider the cost factor. I wonder how this mold performs in terms of cost control?" The German engineer smiled and said, "We have also fully considered this during the research and development process. Although the initial cost is slightly higher, due to its ultra-long service life and higher production efficiency, the overall cost is competitive in the long run." Chu Tian listened and thought, and he felt that this idea would be a great inspiration for the future mold selection of the steel rolling mill. Then, Chu Tian came to a display area about the automated steel rolling production line. Here, a Japanese engineer was demonstrating a highly automated control system. He only tapped a few times on the operating table, and the production line ran in an orderly manner, accurately completing a series of processes such as rolling and cutting of steel. Chu Tian was shocked by the efficiency and precision of the system. He came forward and communicated with the Japanese engineer. "The advantages of this automated system are obvious, but how can it cope with some emergencies, such as equipment failure or raw material abnormalities?" Chu Tian asked. The Japanese engineer confidently replied: "We have set up multiple intelligent early warning and emergency response mechanisms in the system. Once an abnormal situation occurs, the system will respond quickly, automatically adjust parameters or suspend production, and send detailed fault information to the operator to solve the problem in time." Chu Tian was amazed at this intelligent design. He knew that automation and intelligence are the future development direction of the steel rolling industry, and there is still a lot of room for improvement in this regard for steel rolling mills. At the exchange meeting, Chu Tian also met an engineer from the United States who was studying a new technology that uses artificial intelligence to optimize the steel rolling process. By analyzing a large amount of production data, artificial intelligence can adjust rolling parameters in real time, thereby producing steel with more stable quality and better performance. Chu Tian had a good chat with the American engineer. They talked about the application prospects of artificial intelligence in the field of steel rolling and how to combine this technology with traditional processes. "This technology does have great potential, but in practical applications, data accuracy and security are key. How do you ensure the reliability of data?" Chu Tian raised his concerns. The American engineer said: "We use advanced data encryption and backup technology, and establish a strict data review mechanism to ensure that every data is accurate. Moreover, we are constantly optimizing algorithms to improve the ability of artificial intelligence to handle complex situations." Chu Tian carefully recorded these valuable experiences. He realized that if the steel rolling mill wants to be invincible in the fierce market competition, it must keep up with the pace of the times and actively introduce these advanced technical concepts. In addition to exchanging technology with engineers from various countries, Chu Tian also demonstrated the achievements of the steel rolling mill after the promotion and application of new technologies at the exchange meeting. He introduced in detail the new technology brought by David and the process of taking root in the factory, as well as the significant improvement in production efficiency and product quality of the steel rolling mill. Engineers from various countries showed great interest in the development of the steel rolling mill and gathered around to ask about the specific implementation details. Chu Tian patiently answered their questions, full of pride. "In the process of promoting new technologies, we also encountered some resistance, such as the resistance of old workers to new technologies. But through actual comparison and patient communication, we finally let everyone see the advantages of new technologies." Chu Tian said. After listening, a French engineer said: "This is a very common problem. In the process of promoting new technologies, changing people's ideas is often the most difficult. Your experience is very meaningful to us."