Impact of parameters on micro structure during FSW of CDA101 Cu plates - B, Dr. Yokesh Kumar;P, Dr. Sevvel
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Even though, FSW process was effective in fabricating joints of alloys of Mg, Al, steel and several metal matrix composites, investigations being carried out on Cu and its alloys is minimal and only insufficient experimental findings are available with respect to mechanical properties and characteristics of micro-structures arising during the welding of alloys of Cu by applying FSW process, which demands us an inevitable need for such objective oriented experimental investigations. This book focuses to provide a better understanding about the suitable conditions (parameters) to be adopted…mehr

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Produktbeschreibung
Even though, FSW process was effective in fabricating joints of alloys of Mg, Al, steel and several metal matrix composites, investigations being carried out on Cu and its alloys is minimal and only insufficient experimental findings are available with respect to mechanical properties and characteristics of micro-structures arising during the welding of alloys of Cu by applying FSW process, which demands us an inevitable need for such objective oriented experimental investigations. This book focuses to provide a better understanding about the suitable conditions (parameters) to be adopted during FSW of alloys of Cu (especially CDA 101 Alloy), the transitions occurring in micro-structural characteristic features, improvements in mechanical properties, the interdependency between the mechanical properties and transformed micro-structures etc. in a better manner. In this book, during the joining of flat plates of Cu alloy namely CDA 101, by employing the process of FSW, a detailed investigation was carried out to understand the impact of the speed of traverse of tool (with cylindrically tapered pin geometry) on the micro-structural characteristics and mechanical properties.
Autorenporträt
Dr. B. Yokesh Kumar, der als Assistenzprofessor am Chennai Institute of Technology tätig ist, hat seine Promotion im Bereich Reibrührschweißen abgeschlossen. Forschungsinteressen: FSW und Optimierungstechniken.Dr. P. Sevvel ist Professor am S.A. Engineering College, leitet mehr als 11 Doktoranden, hat Projekte im Wert von 80 Lakhs abgeschlossen und verfügt über 6 PATENTE.