Abstract: In this work has described a methodology of the using of Nanomechanics in practice. On the basis of Nanomechanics principles, the potential force field in nanostructure is investigated here. The nanostructures of the materials are described and the differential equations of the mechanical motion of nanoparticles in potential force field are written and have been solved the using of the Lennard-Jones's potential. The theoretical expressions of the modulus of elasticity of materials are deduced and have been constructed corresponding diagrams for practical usage. The method for definition of mechanical properties of materials in nano-dimensional level is developed. Keywords: Nanomechanics, Mechanical system, Equation of motion, Lennard-Jones potential, Crystal lattices, Mechanical properties of materials.

• Publication Date: 31-May-2020
• DOI: 10.15224/978-1-63248-188-7-15
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Abstract: There are various types of manufacturing industries. The characteristic of the process industry is the production of products that have a continuous process and are difficult to shape. The need to build a smart factory is increasing in factories in the process industry. Due to the nature of continuous and atypical products, it is difficult to process production data. To solve this, we presented a methodology that utilizes an NFC sensor rather than handwriting data. To this end, the environment construction and design process, implementation of an analysis method through the pivot function of the EXCEL program, and information and intelligence methods for problem solving using data were presented. As a result, quantitative effects such as reduction of data duplication work and reduction of data processing time were obtained, and a method that can help to establish a smart factory in the process industry was derived.

• Publication Date: 31-May-2020
• DOI: 10.15224/978-1-63248-188-7-16
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• Downloads: 0