Design of Enterprise Economic Management Intelligent Terminal for Big Data Application

Abstract

With the rapid development of world economic informatization, the research and application of intelligent terminals are more and more extensive. Through the comprehensive application of big data in modern enterprise economic management, enterprises can more accurately grasp all kinds of information and mine the deep value of data information. In the era of big data, to realize the stable growth of the enterprise economy, relevant personnel need to gradually explore the enterprise economic management mode, take the enterprise financial management as the core development project, speed up the exchange of internal and external data, improve the brand awareness of the enterprise, and let the enterprise occupy a leading position in the market. Traditional enterprise economic management methods cannot run through big data combined with intelligent terminals. Therefore, this article solves the problem of enterprise economic management under the background of big data through the design of intelligent terminals. The design of an intelligent terminal for enterprise economic management under the background of big data can provide complete information for management positions. It is not only a new attempt for enterprises to explore economic management mode but also a major innovation based on an enterprise scale.

Optimization of rapid-repair material ratio and performance analysis based on orthogonal test

“…Therefore, starting from the engineering practice, this paper takes sulphoaluminate cement as the primary cementing material and ultrafine mineral admixture as the auxiliary cementing material, adding steel fiber to prevent cracking and toughening. Based on the orthogonal test method [40][41][42], the effects of the water-binder ratio, cement-sand ratio, ultrafine mineral admixture content, and steel fiber content on the operational performance and mechanical properties of rapid-repair materials were studied, and the mixture ratio of rapid-repair materials was optimized. At the same time, the swelling and shrinkage performance and adhesive strength of rapid-repair materials at the best mixture ratio were tested, and the microstructure of the materials at different ages was analyzed by scanning electron microscopy (SEM).…”