Deep multi-layer perceptron based prediction of energy efficiency and surface quality for milling in the era of sustainability and big data

G Serin, B Sener, MU Gudelek, AM Ozbayoglu… - Procedia …, 2020 - Elsevier
In advanced industries such as aerospace, medical and automotive, high precision
machining is increasingly required for many parts made by difficult-to-cut alloys. Machine …
被引用次数：11 相关文章

Deep Multi-Layer Perceptron based Prediction of Energy Efficiency and Surface Quality for Milling in The Era of Sustainability and Big Data

G Serin, B Şener, MU Güdelek, AM Özbayoğlu… - Procedia …, 2020 - gcris.etu.edu.tr
In advanced industries such as aerospace, medical and automotive, high precision
machining is increasingly required for many parts made by difficult-to-cut alloys. Machine …

Deep Multi-Layer Perceptron based Prediction of Energy Efficiency and Surface Quality for Milling in The Era of Sustainability and Big Data

G Serin, B Şener, MU Güdelek… - Procedia …, 2020 - 193.140.108.196
In advanced industries such as aerospace, medical and automotive, high precision
machining is increasingly required for many parts made by difficult-to-cut alloys. Machine …
[PDF] academia.edu

[PDF][PDF] UNVERa

G SERIN, B SENER, MU Gudelekb… - Procedia …, 2020 - academia.edu
In advanced industries such as aerospace, medical and automotive, high precision
machining is increasingly required for many parts made by difficult-to-cut alloys. Machine …