Integrated measurement and machining technology of complex surfaces

Abstract

In the fields of energy, power engineering, defense, aeronautics and astronautics, the requirement for high-end equipment is vital, and the performance tolerances are extremely tight. In this environment, many high performance parts with considerable manufacturing complexity are created, which are often large in size, complex in shape and difficult to produce. The integrated technology of measuring and machining provides an effective route for high-quality and high-efficiency machining of these types of parts. In this paper, the basic implications and application directions of this integrated technology are introduced. Related research progress in measurement, data processing, theoretical modeling and key processes is reviewed with a focus on the machining localization, inverse modification of machining parameters, and the corrective machining of complex surfaces and surface-redesigned parts. Finally, the potential fields of application, key questions and development directions of the integrated technology are outlined. integration of measurement and machining, surface redesign, high performance, complex surface, error compensation

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“…Based on a study [ 67 ], it was found that both pink and blue-purple petals of C. chinensis contained a total of seven anthocyanin components. Among these, six were identified with chemical structures presented in Figure 8 and Table 13 .…”