MECHANICAL ELECTRONIC ENGINEERING INNOVATIONS FOR AGRICULTURAL MACHINERY INTEGRATION

The rapid advancement of science and technology has ushered in an era of intelligent and automated agricultural production. Concurrently, the domains of machinery and electronic engineering have evolved towards greater sophistication in intelligence and automation, driving the ever-growing demand for control technology. This interdependence between Control Engineering and Mechanical

Authors: Wang Jia Liang
Pages: 1-12
REVOLUTIONIZING URBAN RAIL TRANSIT: AN IOT-5g BASED INTELLIGENT VEHICLE MAINTENANCE SYSTEM

Vehicle operation and maintenance constitute essential aspects of managing the operation, upkeep, and repair of vehicles, which are integral to modern society as a primary mode of transportation. In the context of urban rail transit, the significance of vehicle operation and maintenance cannot be overstated. This article endeavors to establish an intelligent operation and maintenance

Authors: Liu Xin Ming
Pages: 34-44
MULTIMEDIA MAGIC: ADVANCING ICE AND SNOW SPORTS TOURISM THROUGH TECHNOLOGY

In recent years, both governmental authorities and relevant management bodies in China have dedicated significant attention to crafting regulations and guidelines pertaining to ice and snow sports. The issuance of these pertinent documents has paved the way for the expansive growth of ice and snow leisure sports in the country. China's ice and snow sports landscape primarily centers around

Authors: Wang Rui Hui
Pages: 13-18
EXPLORING THE ENIGMA OF p3 PENROSE TILING: CONSTRUCTION RULES AND MATLAB IMPLEMENTATION

Quasicrystals, a fascinating class of materials discovered in 1982 by Israeli physicist Daniel Shechtman, have since captivated the scientific community with their exceptional properties. These structures exhibit a quasi-periodic translational sequence and possess rotational symmetry axes of 5, 8, 10, or 12—features that were previously considered unattainable in both conventional crystals

Authors: Zhang Ming Lei
Pages: 45-51
EXPLORING MECHANICAL CHARACTERISTICS OF PILE COLUMN PIERS IN BEDDING ROCK SLOPES WITH MIDAS GTS

The rapid advancement of basic traffic engineering in China has led to the construction of numerous bridges in mountainous regions, with bedding rock slopes being a common challenge characterized by instability and failure. Researchers in China have made significant strides in studying pile column piers on bedding rock slopes, focusing on pier stability, anti-slide measures, landslide

Authors: Wang Jia Liang
Pages: 19-33