Science and Engineering is an international, peer-reviewed open access journal dedicated to advancing research the field of science and engineering. The journal provides a rapid publication process to ensure wide dissemination of high-quality articles to scientists, professionals, and interested individuals worldwide. Our goal is to serve as an efficient, reliable, and trusted platform for scholars and readers, publishing cutting-edge research in the field.
Abstract: With the rapid development of the social economy, people are paying more and more attention to their living and living environment. The unreasonable design and damaged ecological environment in the past urgently need to be improved. In China’s landscape architecture design, people's needs are being addressed, and the traditional culture and humanization concepts are continuously integrated; we should fully tap into the essence of traditional culture, and create landscape architecture works having both national characteristics and meet human needs, by using innovative design concepts and technical means. The designers should integrate the cultural elements into landscape design, keep the original intention in mind while innovating, and make them to be carriers for conveying historical and cultural connotations, allowing people to appreciate the beautiful scenery while feeling the unique charm of the place. Meanwhile, when considering humanized design, gardens can provide a comfortable, pleasant, and natural environment, allowing people to relax and enjoy. The integration of traditional culture and humanized concepts can not only show the local characteristics and cultural connotations, but also create unique, comfortable, and functional spatial experiences, providing a more comfortable environment and humanistic care, bringing good living and sensory experiences to the people, and more effectively promoting the construction and development of local natural environment and spiritual civilization.Abstract: With the rapid development of the social economy, people are paying more and more attention to their living and living environment. The unreasonable design and damaged ecological environment in the past urgently need to be improved. In China’s landscape architecture design, people's needs are being addressed, and the traditional culture and humaniz...Learn More
Abstract: In order to find the root cause of the failure of the high-pressure backwash water pump encountered in practical work, the root cause of a series of problems such as coupling bolt strength, friction overload and insufficient exhaust is investigated one by one, and the cavitation hazard is studied and analyzed in combination with the cavitation conditions of the pump, and the research results show that the root cause of a series of problems such as mechanical seal damage, bearing damage, coupling bolt deformation, and deformation of the pump casing mouth ring riding joint screw is caused by insufficient exhaust, and insufficient exhaust causes the pump to have no output. The pump does not run out of force, causing the temperature of the medium in the pump to rise, and then vaporization occurs, which eventually leads to cavitation, and the bubble collapses on the near wall surface of the pump casing mouth ring, forming a shock wave, resulting in an increase in the force of the pump casing mouth ring, an increase in the rotation resistance of the pump, overload of the riding joint screw, high motor running current, and deformation of the coupling bolt. To prevent cavitation failure of the high-pressure backwash pump, it is necessary to ensure that the operating flow of the pump is operated within the safe range of minimum flow and critical cavitation flow, and the flow rate is too small or too large will cause cavitation of the high-pressure backwash pump.Abstract: In order to find the root cause of the failure of the high-pressure backwash water pump encountered in practical work, the root cause of a series of problems such as coupling bolt strength, friction overload and insufficient exhaust is investigated one by one, and the cavitation hazard is studied and analyzed in combination with the cavitation cond...Learn More
Abstract: This paper delves into the exploration of artificial intelligence (AI) applications in the cement industry, with a particular emphasis on the manufacturing of green cement. It investigates current situation and difficulties in the cement industry, such as the lack of self-developed software. Then, this paper suggests AI-based solutions to overcome these hurdles. The study discusses three key intelligent manufacturing technologies that have the potential to revolutionize the cement industry. These include the identification of abnormal working conditions, prediction of cement compressive strength, and the application of digital twin technology. Through various case studies, the transformative potential of these technologies is analyzed, providing a comprehensive understanding of their impact on the cement industry. This paper further examines the influence of green low-carbon intelligent manufacturing on China’s cement production capacity. It highlights how the adoption of these technologies can lead to more sustainable and efficient practices in the cement industry. The study concludes with recommendations for the application of AI in cement and other process industries, emphasizing the need for embracing AI to enhance sustainability and efficiency. The overarching aim of this study is to illuminate the prospects of AI in augmenting the sustainability and efficiency of the cement industry, thereby contributing to the broader discourse on AI applications in industrial processes.Abstract: This paper delves into the exploration of artificial intelligence (AI) applications in the cement industry, with a particular emphasis on the manufacturing of green cement. It investigates current situation and difficulties in the cement industry, such as the lack of self-developed software. Then, this paper suggests AI-based solutions to overcome ...Learn More
