Advances In Materials Processing Technologies: Mesic V: Selected, Peer Reviewed Papers From The 5th International Conference Of Manufacturing ... Zaragoza, Spain (materials Science Forum)

MESIC V Selected, peer reviewed papers from the 5th International Conference of Manufacturing Engineering Society (MESIC 2013), June 26-28, 2013, Zaragoza, Spain Volume is indexed by Thomson Reuters CPCI-S (WoS).This volume is devoted to all the manufacturing engineers that work in Integrated development of products and processes, Machining processes, Forming processes and Non-traditional manufacturing processes. Thereby, this issue contains peer reviewed selected contributions on the aforementioned fields, showing the most recent advances in the most innovative trends in Materials Processing Technologies. Keyword: Manufacturing Engineering; Manufacturing Processes; Machining; Forming; Integrated Development The 27 selected papers from MESIC V focus on the integrated development of products and processes, machining processes, forming processes, and non-traditional manufacturing processes. Among the topics are the influence of Standard ISO 21500 in managing collaborative networks, predicting cutting forces in the dry slotting of aluminum stacks, real time diagnosis charts of thread quality in tapping operations, characterizing metal heating elements for the resistance welding of thermoplastic matrix composites, polishing ductile cast iron with a scan-head guided fiber laser, and the technical evaluation of structural adhesive joints under adverse operational conditions. -- Engineering-- Materials science-- Mechanical engineering Advances in Materials Processing Technologies; Preface, Scientific Committee and Sponsors; Table of Contents; I. Integrated Development of Products and Processes; Influence on Manufactured Products Design of the Processes of Project Management; Influence of Standard ISO 21500 in the Management of Collaborative Networks; II. Machining Processes; A Tool Wear Monitoring System for Steel and Aluminium Alloys Based on the same Sensor Signals and Decision Strategy; Analysis of Cutting Forces in Peripheral Milling under Varying Machining Conditions