Intelligent Construction and Flexible Construction

Today, in the digital era, all walks of life have diversified development under the penetration of information technology, and the traditional construction industry is inevitably combined with information technology to move toward the direction of intelligent construction. As a broad concept, intelligent construction includes many theories and multiple directions of research, from design to construction to post-maintenance, while flexible construction focuses on the organization of production mode. In this paper, through the comparative analysis of intelligent construction and flexible construction, the framework of intelligent construction and flexible construction is established to deepen the understanding of the two modes, so as to correctly control the direction of intelligent development, and provide a basis for the construction mode of the intelligent era.

Ecological Efficiency of Life Cycle of Concrete Fabricated Composite Slab in Earthquake Area

With the development of prefabricated buildings, the construction mode of buildings has changed greatly. Infilled wall is an important part of architecture. The traditional manual masonry method is not suitable for the construction of prefabricated buildings. Precast concrete infilled wall, as a form of infilled wall suitable for the construction of prefabricated buildings, came into being. Infilled wall has a great influence on the performance of frame structure. Compared with the traditional masonry infilled wall, the concrete infilled wall has greater stiffness, better integrity and stronger bearing capacity. Based on the existing research, this paper analyzes the influence of the height width ratio of the concrete infilled wall, the wall thickness, and the tie mode with the frame on the structural performance through the finite element software Atena. Combined with the results of practical engineering modal analysis, this paper evaluates the value method of natural vibration period of concrete frame infilled wall structure, and puts forward some suggestions for Chinese codes.

Research on the Application of Uninterrupted 5G Private Network in Smart Grid

Based on the demand for smart grid 5G network, this paper studies 5G mobile communication technology and the industry's 5G private network construction mode. Combined with power grid requirements, this paper focuses on analyzing the uninterrupted 5G private network solution, the principal of the solution is also explained. Taking a 5G test network deployed at a converter station as an example, the construction, isolation, operation, and maintenance plans of the uninterrupted 5G private network solution in the power communication network is proposed, the actual tests verify the feasibility of the continuous 5G private network. This paper will provide reference for the promotion and application of 5G private network technology in the power grid.

Research on Curriculum Construction Path Based on "DCOI" Concept -Taking Finance Major as an Example

Curriculum construction is the key field of higher education in China at present and in the future, and also the important focus of connotative development of colleges and universities. Starting from the problems existing in the current curriculum construction and drawing lessons from the educational concept of higher engineering certification, this paper puts forward the DCOI curriculum construction concept, creates the "12345" curriculum construction mode with four dimensions of "system construction - resource construction - teaching implementation - evaluation and improvement", and realizes it through the practice in the major of finance. The construction goal of "curriculum system integration, curriculum resource informatization, efficient classroom teaching and scientific curriculum evaluation" has achieved remarkable construction results and formed a relatively complete curriculum construction paradigm.

Magmatic fabrics, structures and microstructures

A magma is a two-phase material made of crystals immersed in a silicate melt, which displays a high viscosity contrast between the liquid and the solid fractions. A specific rheological behaviour is therefore expected from such a material, particularly as a function of the volume ratio between phases. Emplacement of magma to shallower levels of earth’s crust results in crystallization. As a consequence, crystal percentage increases and volume ratio between phases changes. Different structures at both the mesoscopic (field) and microscopic scales develop, which are characteristic of a particular crystal fraction. These aspects, and how shape preferred orientations (shape fabrics) develop in magmas, are discussed in this chapter. Rheological aspects of magma systems are presented, illustrated by significant microstructural features observed in granites. Our focus will then concern the construction mode of magmatic fabrics. Examples will demonstrate that, with the help of microstructures and sometimes of near-field gravity data distribution, emplacement modes of plutons are rather simple to analyse. Finally, mafic rocks will be considered at the end of chapter through case studies concerning, principally, the Skaergaard complex and gabbros from the oceanic crust.

АНАЛІЗ АЛГОРИТМІВ ПОБУДОВИ НАГРУДНОЇ ВИТОЧКИ В ЖІНОЧОМУ ПЛЕЧОВОМУ ОДЯЗІ

Development of algorithms for designing a bust prominence dart in the construction base (СВ) of the top garments through the construction methodologies using the Julivi CAD means. Methodology: usage of the possibilities provided by the CAD program “Design-development of the basic constructions” by Julivi to prepare basic constructions of the women’s top garments through designing of the separate node using the visual programming method following diff erent construction methodologies. Peculiarities of bust prominence dart design for the construction basis in the women’s top garment using the module “Design-development of basic constructions” by CAD Julivi were studied. Algorithms of bust prominence dart design following diff erent design methodologies for CB of the women’s top garment in CAD Julivi program were provided. Sequence of bust prominence dart design (in accordance with two construction methodologies) using the instruments of visual programming is presented in the form of a table and the description of the construction element building procedure recorded by the CAD Julivi was also provided. Parametric reproduction of the panel front was performed to defi ne the construction quality of the separate element in the basic construction and the quality of schematic drawing areas matching for diff erent construction methodologies was illustrated. Algorithms for more reasonable node building using the instruments from the module “Design-development of basic constructions” by CAD Julivi were off ered.Scientifi c novelty: Created algorithm for reasonable execution of the separate construction mode in the women’s top garment using the CAD program instruments. Process sequence of the bust prominence dart design following diff erent methodologies and using software instruments was analyzed. The practical signifi cance: developed methodological provisioning for the usage of the “Design-development of basic constructions” module by CAD Julivi within the design of the construction sequence for the separate elements of the basic constructions of the women’s top garment and off ered algorithm s for bust prominence dart design using CAD without the processes of the further shoulder cut matching.