An innovative approach of metrology for high precision and quality machining tool assessment in the integrated production engineering

Abstract

Production metrology provides essential information for the operational and industrial environment with regards to the completion of products, working conditions and status of the processes. Researchers have been working on both laborious experimental work and numerical modeling to overcome the challenges of the modern manufacturing industry that requires high quality and precision. Therefore, this study focuses on investigation of the analysis of the high precision measurement results targeted towards improvement of the quality of the end product as well as the appearance and surface finish for geometric and work accuracy. The aim of the study is integrating advanced metrology methods into the machining industry that will enable the industry to operate competitively introducing higher quality end products as well as efficiency and savings.

Using a 3D Model to Asses Projectile’s Impact Points Deviation Due to Manufacturing Errors

“…Explosive head is manufactured through impression-die forging which gives good precision, but still requires further processing to achieve a finished part [10]. If subsequent machining is not adequate or even omitted (as often for cavity or inner surface of explosive head) then a dynamic imbalance will appear as Figure 3.…”

Possibility to Increase the Life Time of Surfaces on Parts by the Use of Diamond Burnishing Process

“…Fulfilment of the successful application of modern machining in series manufacturing depends to a great extent from the (geometrical) work piece tolerances of any kind (roughness, form, positional, dimensional) which are prescribed for the production and the fulfilment of these tolerances and therefore for the efficiency of production altogether [30,31]. The intelligent metrology on the nextgeneration products is one of the most important prerequisite of the competitive, high quality, costeffective and environmental friendly manufacturing industry [32].…”

Effects of the Fiber Percentage Rate of the Gfpr Composits

“…The aforementioned advantages explain the cause of increasing use of composite materials very clearly. In addition to these properties, a product has also to be cost and energy efficient and environmental-friendly in order to survive within the context of industry (Bas et al, 2015).…”