Multidisciplinary Clinical Research Journal
July - Volume 1, Number 1 (2024)
Published: July 9, 2024
STREAMLINING INNOVATION: OPTIMIZATION STRATEGIES FOR PREFABRICATED LAMINATED PLYWOOD PRODUCTION PROCESSES
Hua Yang Wang
Abstract
To align with national policies aimed at fostering sustainable and healthy growth in the construction industry, Shandong Province introduced the "Shandong Prefabricated Construction Development Plan (2018- 2025)." This plan underscores the importance of propelling the sustainable and healthy advancement of prefabricated buildings. Furthermore, to facilitate the widespread adoption of prefabricated construction methods and foster the modernization of the construction industry, the Binzhou Housing and Urban-Rural Development Bureau, in collaboration with other relevant authorities, issued "Opinions on Further Promoting the Development of Prefabricated Buildings." These opinions lay out essential guidelines, including development tasks, approval processes, supervision mechanisms, policy incentives, and employment...
CHARGE DYNAMICS: OPTIMIZING ELECTRIC VEHICLE CHARGING LOAD FORECASTING WITH ENHANCED EMERGENCY CONSIDERATIONS
Hua Wang Xin
Abstract
The use of electric vehicles not only drives economic growth but also contributes to the goal of "carbon peak and carbon neutrality". However, large-scale electric vehicle charging station access impacts the security and stability of the power grid. To effectively predict electric vehicle charging load, this paper builds LSTM neural network model based on PyTorch. The historical load data of a charging pile in Beijing from December 12, 2019 to February 1, 2020 was selected for analysis and prediction. Firstly, quantificat the epidemic’s impact on charging load, vectorize and normalize the historical load data. Then, the BPTT algorithm was used...
FRICTION UNWOUND: A COMPREHENSIVE EXPLORATION OF EHL WITH POINT CONTACT IN HELICAL GEARS
Xin Wei Wang
Abstract
Gears, as fundamental components of mechanical transmission systems, play an integral role in various machinery applications. Among the plethora of gear types, helical gears stand out for their remarkable attributes such as high bearing capacity, minimal axial load, and smooth transmission. These qualities make them ideal for high-speed and heavy-load operations, positioning them as vital drive components in aero-engines, crane structures, and marine power transmission systems. As gear drives advance towards higher speeds, heavier loads, and greater precision, there is a growing emphasis on enhancing lubrication performance and mitigating friction and wear on tooth surfaces. In theory, the elastohydrodynamic lubrication...
STRUCTURAL MASTERY: UNVEILING CRUCIAL CONSIDERATIONS IN PORTAL STEEL FRAME DESIGN
Xin Wei Wang
Abstract
The practical implementation of portal steel frames has witnessed notable advancements through the strategic incorporation of inclined beams. This innovative addition serves a dual purpose, enhancing overall structural stability while curbing the consumption of foundational materials. The result is an effective cost-control strategy, ensuring economic feasibility during the construction process. Additionally, the introduction of lightweight steel structures within portal steel frames contributes to a substantial reduction in the overall structural weight. This not only promotes the structural system's seismic performance but also underscores its suitability for a wide range of applications, particularly in the construction of single-storey houses and industrial...
HYDRAULIC CLARITY: A COMPREHENSIVE INQUIRY INTO PARTICLE CONTAMINATION WITH CLEAR SOLUTIONS FOR CYLINDERS
Yang Chen Hua
Abstract
Hydraulic equipment plays a pivotal role in various industries, offering a plethora of advantages. Hydraulic cylinders, in particular, are critical components known for their wide application in petrochemical and engineering machinery. The presence of leakage in hydraulic cylinders poses a significant threat to their operational efficiency, service life, and processing precision. While many enterprises still opt for simple replacement as the primary maintenance method for hydraulic cylinders, this approach often leads to short service cycles, high failure rates, and increased maintenance costs. It is imperative to delve into the root causes of hydraulic cylinder leakage to ensure the continued and...
Permanent DOI for the journal:
https://doi.org/10.5281/zenodo.14038952Impact Factor:
7.912