MULTI-OBJECTIVE OPTIMIZATION OF GRINDING PROCESS PARAMETERS FOR COMPLICATED WORM SPACE SURFACE BASED ON THE GREY WOLF OPTIMIZATION ALGORITHM

Multi-objective optimization of grinding process parameters for complicated worm space surface based on the grey wolf optimization algorithm

Grinding is a critical method for enhancing the quality of worm tooth surfaces, and its process optimization has long been a significant research focus; however, existing methods are insufficient in addressing the nonlinearity and complexity inherent in the grinding of complex surfaces.In this study, a three-objective optimization function tailored

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Navigating containment challenges: A quantitative study of Ghanaian SME performance during the COVID-19 pandemic

This study aims to provide valuable insights into the containment challenges faced by Ghanaian SMEs during the COVID-19 pandemic and how these challenges impacted key performance indicators (KPIs).Utilizing the partial least square approach of structural equation modelling (PLS-SEM), data collected from a sample of 152 Ghanaian SMEs are examined.Th

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Economy and extravagance in craft culture: the deployment of a grand building code in Chinese construction history

The grand building code called Yingzao fashi, drafted in the twelfth-century Song dynasty, was used as a technical reference guide and assisted previous researchers in analyses of premodern Chinese building structures and construction, yet how the building code entangled with contemporary society, coetaneous challenges and the changing courses of F

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