Autor/Autorin: Ibrahim Ahmed
A.Ibrahim is a.lecturer at faculty of Eng., Minia Univ., Egypt, PhD at Wuhan Univ.of technology, China. He has more than 12 inter. publications related to tribology and manufacturing Eng. M.Kamel and H.Osman are professors of manufacturing Eng. at Minia Univ. They have many inter. publications about non raditional machining processes.
Electrochemical machining of internal conical shape (ECMICS) is one of non-conventional machining processes. The main application of ECMICS is for making small, accurate and high surface finish internal tapers for many applications such as the orifice of the fuel injectors and the hard metal which cannot be machined by any other machining process. A laboratory for ECMICS was started in Minia Univ. comprising principally of electrochemical machining unit with the necessary instruments. Sodium Chloride solution of 200 gm/liter concentration was selected as a working electrolyte Specimens were subjected to practical trials to explore the various operating parameters governing the process and their relations. This book shows the optimum conditions for ECMICS. Furthermore, it gives a helpful guide for the scientific researchers and the industrial units to optimize their experiments and decrease the production costs through many estimated-parameters and results- relations which could be applied in many fields.
Über den Autor
Dr. Ahmed Osman Ibrahim¿s fields of research interest are; Theory and Criticism in architecture, Modern and Contemporary Architecture, Locally, Regionally and Internationally, Pedagogy in Architecture Education, Urban Heritage, Tourism Attractions, Traditional Building Materials employment in Vernacular Architecture.
Klappentext
Electrochemical machining of internal conical shape (ECMICS) is one of non-conventional machining processes. The main application of ECMICS is for making small, accurate and high surface finish internal tapers for many applications such as the orifice of the fuel injectors and the hard metal which cannot be machined by any other machining process. A laboratory for ECMICS was started in Minia Univ. comprising principally of electrochemical machining unit with the necessary instruments. Sodium Chloride solution of 200 gm/liter concentration was selected as a working electrolyte Specimens were subjected to practical trials to explore the various operating parameters governing the process and their relations. This book shows the optimum conditions for ECMICS. Furthermore, it gives a helpful guide for the scientific researchers and the industrial units to optimize their experiments and decrease the production costs through many estimated-parameters and results- relations which could be applied in many fields.
