Application Of Simulation Technology Research Articles

Research on Virtual Simulation of Modern Residential Buildings Based on BIM and Two-Dimensional Code Technology

Natural environment, construction, transportation and other factors have a great impact on the construction process of modern residential buildings. The interaction of these factors is the reason for the uncertainty of concrete dam pouring environment, but the traditional method is not suitable for this uncertainty. Therefore, discrete event simulation (DES) is widely used in construction simulation, rather than actual construction. This is because most simulation models are created by professionals and require manpower and material resources. Even if there is a small change in the simulation process, it should be introduced into the simulation model to adjust in order to adapt to the new environment. With the help of DES technology based on BIM to construct the framework of concrete dam, this paper fully studies the relationship between concrete structure and BIM and the two-dimensional code technology, solves the problem of information expression, and plays an important role in the application of simulation technology in the research of construction progress and reasonable design of construction scheme.

Preface

2020 International Conference on Modeling, Big Data Analytics and Simulation (MBDAS2020) aims to strengthen academic exchanges and promote the development of academic technology in these advanced research areas. Great honor for your participations in MBDAS2020, We would like to show high respect to experts worldwide who spare time from their busy schedule to give presentations, express sincere greetings to the participants from relevant fields, and extend a warm welcome to all participants in this academic conference.Under the general environment of normalized epidemic situation, we strictly implement responsibility for epidemic prevention and control, and we are most likely to provide a safe and efficient academic exchange platform for all participants. MBDAS2020 was rescheduled to be conducted via Tencent Online Meeting on December 20, 2020. To keep smooth running of online meeting, we set the test room for attendees before formal opening. Attendees test their audio, video and check the stability of network connection state.MBDAS2020 online meeting mainly cover Keynote Speech, Oral Presentations, Q & A Sections and Poster Presentations. Prof. Abdollah Esmaeili from Al-Farabi Kazakh National University, Kazakhstan made keynote speech around Using Modeling Technology to Optimize Production of an Oil Field and carried out detailed and professional elaboration and analysis. After this keynote speech, the attendees made 10-20 mins oral presentations and poster presentations.Here are 146 paper submissions related to Modeling, Big Data Analytics and Simulation for peer reviewed by the Technical Program Committee. They established strict reviewing requirements and acceptance criteria. All paper submissions after removing authors’ information were assigned to 2-3 reviewers with similar research interests, and selected papers will be detected the instances of overlapping and similar text via iThenticate software. We accept 62 papers eventually for publication in the Journal of Physics: Conference Series.Comprehensive the professional guidance of Publication Chairs and the main aspects of papers, MBDAS2020 Proceedings contain 3 parts including Modeling and Simulation Technology Application, Big Data Analysis and Data Mining and Applied Mathematics, Algorithms and Optimization Methods.Much thanks for the sponsor of Advanced Science and Industry Research Center, Hong Kong, enthusiastic participations in papers reviewing of all experts in the Technical Program Committee, the invited speakers and the publication Chairs and all involved authors. We sincerely look forward to the next opportunity to continue cooperation and promote the development of research in fields of Modeling, Big Data Analytics and Simulation.MBDAS2020 Organization Committees

The Reform of Chemistry Technology Course System Based on Simulation Technology

By analyzing the textbooks of various versions of chemical technology and the actual situation of our college, we have integrated the relevant courses and practical links of chemical technology and chemical design, and formed the teaching model of "practice-theory-practice-theory-practice-practice". The application of simulation technology to the course system has formed the characteristic chemistry process course system.

The Application of Computer Simulation Technology in Seismic Reliability Random Vibration Analysis of Shear Wall Structures

In recent years, the computer simulation technology has been widely studied, among which the seismic reliability theory of the structure and the seismic performance evaluation of the structure is widely concerned. The seismic reliability analysis of structures is of great significance to the seismic performance evaluation, design and decision of structures. Taking earthquake action as a random process and using random vibration theory to study the probabilistic characteristics is an important development of structural seismic theory. In the more than half a century since Housner first used stochastic processes in 1947, the random vibration theory has been applied and developed rapidly in engineering seismic analysis, and has increasingly become a more advanced and reasonable seismic analysis tool.

Research on the Application of Virtual Simulation Technology and Vocational Education Teaching

Practical Teaching is Very Important to Vocational Education, But There Are Many Difficulties in Vocational Education Teaching. on the One Hand, It is Impossible for the School to Set Up Its Own Internship Factory for Its Own Major Due to the Restrictions of Capital Investment and Teaching Funds, Venues and Professionals. on the Other Hand, How to Find the Best Teaching Mode between the High Expectations of the Society for Vocational Education and the Students with Low General Scores?, Education Simulation Technology Can Meet the Requirements, the Simulation Technology in Vocational Education, the Author of This Paper How the Product Development, Design, Development Method and the Application of Simulation Technology in the Vocational Education Mode, Application Characteristic and Using Effect Were Discussed.

Study on the Application of Computer Simulation Technology in the Cultivation of Professional Skills

In view of the characteristics of computer simulation technology, the training program of professional talents is studied. Summarizing the problems existing in the training of professional skilled personnel, the aim is to perfect the method of cultivating professional skills in order to show the training value of computer simulation technology and provide reference for the development of the industry.

BACHELORS’ INDEPENDENT WORK: STAGES OF ORGANIZATION THROUGH THE APPLICATION OF SIMULATION TECHNOLOGY

Purpose of the study: The article analyses the problem of the students’ independent work organization within the framework of simulation technology. We placed the main emphasis on the stages of the organization of University students’ self-study of a foreign language. Moreover, we assess how the application of simulation technology raises the efficiency of students’ independent work.
 Methodology: We wrote the article on data collected from surveys in 2018. Students from the Orenburg State University participated in this research. This study used the quantitative approach of experimental research by dividing students into two groups, experimental and control ones. We collected the data through questionnaires, interviews, and documentation. We used statistical methods of survey data processing for analysis, among them descriptive analysis, correlation, and factor analyses.
 Main Findings: Simulation technology is an active and innovative tool in education. The organization of students’ independent work within the frame of the simulation technology promotes the development of initiative and self-sufficient students. It contributes to the improvement of the subjective bachelors’ qualities such as strength of linguistic knowledge, linguistic and reflexive skills. Besides, students understood the importance of independent work in the educational process.
 Applications of this study: The material of the study can be useful for university teachers and students and a wide range of readers interested in a new developing and innovative way of learning in the education of students.
 Novelty/Originality of this study: In this article, we described the organization of students’ independent work within the frame of the simulation technology. The results can be used by university teachers as an innovative tool for students learning. This method of intensification of learning activity can lead to the creation of an own model of teaching the students.

Research on Risk Causes and Preventive Strategies of Enterprise Internal Audit Inspection Based on Computer Simulation Technology

Enterprise internal audit institutions and internal auditors often need to face various internal audit risks arising from macro-policy environment, internal environment of enterprises and problems of auditors themselves when performing internal audit tasks. In recent years, with the improvement of relevant laws, the independence of internal audit management of enterprises has been weakened to a certain extent, which leads to the great risk of internal audit work in most enterprises in China. Therefore, enterprises must proceed from their own reality, through the improvement of the system, strengthen the management of the eyelashes, quality improvement and other preventive measures to achieve the purpose of reducing internal audit risks. This paper demonstrates the establishment and implementation of the simulation model for the specific problems of the internal audit of the enterprise, and explains the application of computer simulation technology in the internal auditing risk causes and prevention strategies.

Application and Analysis of Computer Simulation in Machining Process

s. Computer simulation technology is one of the key technologies in computer simulation industry. It is widely used in the world and is one of the key technologies in global competition. The application of computer simulation technology in mechanical processing can effectively improve the accuracy and efficiency of machining, and its value is prominent. In this paper, the general situation of simulation technology will be introduced as a starting point, and the specific application of this technology in the process of mechanical processing will be discussed comprehensively. The purpose is to improve the application level of computer simulation technology and ensure the overall quality of domestic mechanical processing.

RETRACTED ARTICLE: Design and research of motion video image analysis system in sports training

The motion video analysis system in sports training can improve the motion analysis ability of sports training video playback and improve the training quality. This paper first briefly describes the principle of sports training simulation technology, and summarizes the development of sports simulation technology application based on a large number of documents. In-depth analysis of the problems existing in sports computer simulation training in China, aiming at the shortcomings of current motion video analysis systems, proposes a new type of sports training video analysis system. The overall design of the video analysis system of the sports training system is analyzed. The detailed design of the system is analyzed. The experience and skills of obtaining effective data are summarized, which is beneficial to improve the accuracy of the simulation software. The relationship between traditional training and simulation training is discussed. Training has advantages in many aspects, but traditional training should still be the dominant training method. We need to combine reasonably according to the specific situation in the training, and dynamically adjust the focus as the training progresses. The two learn from each other and complement each other effectively. Finally, the performance of the system is tested. The results show that the system can accurately analyze the video and image information of sports training, the accuracy of key frame extraction is high, and the recall rate is high, which can be used to guide sports training.

仿真分析技术在重型运载火箭舱段铆接装配中的应用

仿真分析技术在重型运载火箭舱段铆接装配中的应用

Research on Application of Engine Assembly Process Design Based on Assembly Simulation Technology

This paper summarized the problems existing in the traditional assembly process design, and analyzed the advantages and applications of assembly simulation technology. In order to address the real issues of aero-engine production, a novel assembly process applied to assembly simulation platform was established by the combination of the professional knowledge of Aero-Engine Assembly and assembly simulation technology. The convenience for aero-engine assembly process design was brought by the key technologies in flow of three-dimensional process planning, interference checking, ergonomics simulation, working state analysis, simulation Video and interactive Graphical with examples of assembly simulation technology application introducing. The conclusion that the success rate of assembly process design will be greatly improved and the assembly operators can be provided efficient assembly guidance when the assembly simulation technology used to engine assembly process design in the simulation platform, was proved with examples of engine assembly engineering.

Application of Computer Simulation Technology in Material Science

With the development of modern society, science and technology, information technology and computer technology have been developing rapidly. The computer simulation technology is mainly to use the electronic computer to carry out simulation work, which is expected to provide new research work for the research and production of material science and to raise the development of material science to a new level. Therefore, the author mainly analyzes the application of computer simulation technology in material science, and hopes to provide some suggestions and references for the development of material science through the author’s elaboration.

Research Progress on Modelling of Activated Sludge Process in China

In the past ten years, the research of Chinese scholars in the process modelling of activated sludge process mainly focused on the following aspects: Applicability diagnosis and evaluation of existing models in practical problems, improvement of parameters and models, the application of simulation technology in modelling, and development of new combinatorial models, etc. This paper aims to grasp the future trends of related research through a clear understanding of the research progress.

Airport Simulation Technology in Airport Planning, Design and Operating Management

The promotion and application of airport simulation technology can help improve the soft power of China's civil aviation, and achieve the scientific assessment and refined decision-making for airport planning, construction and operating programs. This paper first sorted out the concepts and types of airport simulation, namely airport airside ground operating simulation, terminal area and airway airspace simulation, terminal building internal process simulation and airport landside curbside traffic simulation, highlighting its relevant applications in airport planning, design and operating management. Taking airport airside ground operating simulation as an example, the application of simulation technology to airport operating capacity of parallel runways was introduced. Finally, the problems and developments of airport simulation technology were discussed in depth.

The Application of Simulation Technology in Medical Education

Virtual simulation technology is a method of image rendering through computer. Compared with the traditional image representation, virtual simulation technology is a big jump. With the rapid development of computer hardware technology, virtual simulation technology has developed now in all fields of life. This paper mainly introduces the composition, the working principle and the application of the virtual simulation of three-dimensional interactive platform in the field of medical education.

Innovation Ability Training Mode of Postgraduates in the Mechanical Discipline Based on Simulation Technology

The innovation ability of mechanical discipline graduate students in China is trained mainly through classroom teaching and scientific research. Theoretical knowledge is traditionally passed on to students in class by “spoon-feeding,” which makes the learning process boring. Scientific research combines theoretical knowledge with experiment. However, its experimental condition and experimental equipment requirements are high. The experimental resources in many universities can hardly satisfy the requirements, seriously hindering the cultivation of the innovation ability of postgraduates. Therefore, this study proposes a new approach to enhancing the innovation ability of postgraduates in the mechanical discipline based on simulation technology, describes the positive role of simulation technology in the training process, and takes the wavy lip seal as an example to illustrate the application of simulation technology in enhancing innovation ability in detail. The comparison of the traditional and new training modes shows that the innovation ability of postgraduates in the mechanical discipline improves considerably when the new training mode is adopted. Furthermore, the new training mode is recognized by graduate students and enterprises.

The Application of Simulation Technology in Distribution Center

Considering the complexity of workflow in distribution center and the ability of simulation for analysis and optimization of such systems, the application of simulation technology in distribution center is researched in this paper. Taking the distribution center of J mall for example, the third distribution mode of the mall is studied, which procures goods from many suppliers and stores in its own warehouse, then delivers them to the customers according to the different orders. Through the analysis of the Flexsim simulation software, the problems existing in the distribution center are found. And according to the analysis, the improvement suggestions are given and verified by simulation. By comparing the simulation results, it can be concluded that the waiting wastes in receiving area, temporary storage and dispatch area are decreased, and the average utilization rates of the stations become more appropriate. Finally, the output quantities of dispatch area are increased and the efficiency of distribution center is improved.

Modeling for assembly simulations: Data description and a data-driven construction framework

Assembly simulations such as assembly process simulation and assembly tolerance simulation have become an effective means to evaluate and analyze product assembly design and assembly process planning. Being core aspect of simulation implementation, building an assembly simulation model is rather time-consuming because of its high complexity. Furthermore, modeling has a significant influence on the popularization and application of simulation technology. In this paper, data needed by assembly process and tolerance simulation are addressed to propose a data-driven approach for assembly simulation modeling. The application process and the architecture of modeling framework for assembly simulation are presented as well. An assembly sequence simulation example is given to illustrate the application of the framework. The framework provides a new idea for the realization of automatic modeling for assembly simulation.

РОЛЬ СИМУЛЯЦІЙНИХ ТЕХНОЛОГІЙ У ПРОЦЕСІ ВИКЛАДАННЯ ТРАВМАТОЛОГІЇ ТА ОРТОПЕДІЇ

У системі медичної освіти симуляційні технології лежать в основі ряду методик, покликаних допомагати відтворювати клінічні ситуації відповідно до мети навчання, повторення, оцінки і дослідження. У статті висвітлено питання застосування симуляційних технологій у системі викладання ортопедії та травматології для студентів 5 курсу медичного факультету й окреслено перспективи застосування симуляційного навчання для підготовки лікарів-інтернів. Впровадження симуляційних технологій навчання сприятиме кращому засвоєнню практичних навичок та хірургічних методик з травматології.