Generation after generation of people in China have devoted themselves to scientific research and promoted scientific and technological progress. Whether it is the science education in schools or the gathering of scientific research institutes, it shows the hardships paid for scientific progress. Once upon a time, elementary school students dreamed of becoming scientists. Scientists are sacred beings in the eyes of adults and children, representing great breakthroughs in the fields of medicine, aviation, aerospace, and submarine, as broad as astronomy and as profound as geography.
Scientists themselves have been working for decades to overcome technical problems and work hard to solve the bottlenecks of the current state of technology. It is precisely with the efforts of generation after generation of scientists that China's scientific and technological level has gradually risen, and its comprehensive national strength has been continuously improved along with the development of science and technology.
Scientific and technological progress is a kind of accumulation, which requires scientists to devote their whole lives to abandon utilitarianism and devote themselves purely to scientific research. Academician Yu Hongru is one such outstanding scientist who has spent nearly 50 years promoting the wind tunnel projectA huge breakthrough in 1 second of data.
His life may be ordinary, but it is extraordinary for the progress and development of human society. He used his ordinary life to interpret the extraordinary course of scientific progress, inspiring future generations to move forward bravely.
The source of love - an ordinary boy who "loves to tinker".
Like many boys, Academician Yu Hongru aspired to become a scientist at an early age. Growing up in a merchant family with busy parents, he was independent, obedient and showed a keen interest in mechanical products. Despite his busy parents, he played and Xi on his own, showing exceptional talent.
Interested in mathematics and scientific research since childhood, he was admitted to the Department of Mathematics of Tongji University at the age of 18. During his time at Tongji University, he laid the foundation for his life's career and integrated himself into the big self of social development. When the country called for economic construction, he resolutely devoted himself to the mechanical department of Dalian University, and later entered the research institute of the Chinese Academy of Sciences. His talent and hard work make him stand out from the crowd.
The beginning of the career - the teacher's earnest teaching and the guidance of the spring breeze.
Yu Hongru's greatest achievements are mainly focused on wind tunnel research, which requires long-term experiments, which eventually enabled China to obtain independent technology and change the situation of dependence on other countries. His mentor Guo Yonghuai was the guiding light on his scientific research path, giving him great changes in his life and career.
Guo Yonghuai was invited by Qian Xuesen to return to China and made great contributions to the country's scientific research. After returning to China, Guo Yonghuai set up a research team and was in urgent need of talents, and Yu Hongru became one of them. Guo Yonghuai's choice has had a profound impact on Yu Hongru's career and life.
Yu Hongru was once considered an "idler" in Guo Yonghuai's team and was not assigned important tasks. However, his talent gradually became visible. Under the guidance of his mentor, Yu Hongru devoted himself to the research of the wind tunnel project.
A life's work – the arduous progress of the wind tunnel project.
In Guo Yonghuai's team, Yu Hongru has always been regarded as an "idle man" and has not been given important tasks. However, he is curious in the team and eager to integrate into the new environment and want to make a difference in new areas. Although the tutor did not pay attention to him at first, Yu Hongru was still curious about everything.
After hard work, he gradually learned that his mentor was working on a wind tunnel project, but the project encountered many difficulties. He volunteered to devote himself to scientific research with enthusiasm. The project went through many hardships at the beginning, but Guo Yonghuai firmly believed that as long as there was enough time, it would be successful.
Yu Hongru had encountered ** in the experiment, which caused the tutor to be angry, and repeatedly told him to pay attention to safety. However, he persevered and overcame the limited funding for his research, saving the team money. In the end, the wind tunnel project was completed, breaking the technical bottleneck and attracting more people's attention.
Epilogue. 
The lives of scientists are worthy of admiration and Xi. Only by adhering to the original intention can we reach the end and reach the top. Yu Hongru devoted his whole life to the advancement of science. His story inspires us to stay true to our love of science and to pursue our scientific dreams.
Exploring the Road of Science: Academician Yu Hongru's Struggle and Dedication.
This article profoundly shows an outstanding scientist in the development of science and technology in China, Academician Yu Hongru. Through vivid descriptions, readers can get a glimpse of his long journey from his childhood dream of science to becoming a leader in the wind tunnel project. In vivid language, the article tells the hardships and dedication of science, giving people great encouragement and enlightenment.
First of all, the article cleverly shows the growth experience of a scientist. Through the description of Yu Hongru's youth, readers can feel his early love for science and his deep interest in mechanical products. This kind of description makes people deeply feel that the scientist was also an ordinary child, and it was the pursuit of ideals and the exploration of knowledge, which made him from an ordinary boy who "loves to make trouble" to a giant in China's scientific and technological undertakings.
Secondly, the article highlights the mentor-apprentice relationship between Yu Hongru and his mentor. The guidance and guidance of mentor Guo Yonghuai laid a solid foundation for Yu Hongru's career. This tacit understanding and trust between master and apprentice enabled Yu Hongru to gain more inspiration and guidance on the road of scientific research. This also expresses the importance of scientists learning from each other Xi and making progress together, and provides a reference for cultivating more outstanding talents in science and technology.
In addition, the article reveals the hardships and persistence of scientific research. Yu Hongru was dubbed "Idler" in the wind tunnel project, but because of his passion and dedication to scientific research, he finally made a name for himself in the team. Through his personal efforts, the team successfully overcame one technical difficulty after another, and finally achieved the success of the wind tunnel project. This kind of scientist's tenacious will and perseverance in his career have set an example for readers of the spirit of scientific research.
Finally, the article ends with admiration and tribute to scientists, calling on people to uphold their original intentions and move forward bravely. This positive attitude makes readers not only full of awe of the story of Academician Yu Hongru after reading the article, but also full of love and confidence in the cause of science.
In general, through the vivid description of the life of Academician Yu Hongru, this article successfully outlines the magnificent life picture of a scientist from a young dream to a career leader. In today's rapid development of science and technology, such stories have far-reaching significance, setting a model for the majority of young people to chase their dreams and contribute to the cause of science and technology.
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