Digitalization of Through Quality Control of Design and Additive Manufacturing of Metal Products
An approach to digitalization of end-to-end quality control of life cycle processes is proposed. Communication models of phased quantitative assessments based on technical requirements, technical characteristics of design tools, technological indicators and characteristics of production and testing equipment are obtained. Depending on their values, the degree of degradation of the product from predetermined indicators to implementation is determined. Models and methods are focused on the use of software and the digitalization of quality assessments. This is achievable for the considered additive technology for the development and production of metal products, where software is used at all stages. The resulting estimates are the basis for adjusting technology and equipment.