Processing, fabrication and joining techniques for this class of materials
Preparation of high purity refractory and reactive metals, and their alloys
Alloy phase transformation, recovery, recrystallization, and grain growth
Hot deformation behavior
First principle calculation and simulation
Microstructure modeling
Surface treatment and Development of protective coatings
High temperature corrosion: oxidation, interaction with molten salt / metal / alloys
Manufacturing of Nb cavities for Linear Accelerators
Refractory and reactive metal carbides, borides, silicides and their composites
Components of High Temperature Nuclear Reactors
Fabrication and Properties of Alloy Superconductors
Vanadium based alloys
Metallurgy of Hafnium and Titanium
Fe, Ni, and Co-based alloys containing refractory and reactive metals as major alloying additions
Application of Refractory Metals and Alloys in Fusion Reactors
Applications in Space and Gas turbines
Rare earth magnets
Applications in Defense
Who should Attend
Attendees with responsibilities in:
Processing
Extraction
Properties and behavior of refractory and reactive metal based advanced materials suitable for different technological areas such as High Temperature Nuclear Power Reactors
Applications
Fusion Devices
Accelerator Driven Systems
Space Re-entry vehicles
Turbines
Military appliances
Past Events
Advances in Refractory and Reactive Metals and Alloys 2016 - 27-29 Jan 2016, Training School Hostel (TSH), Mumbai, India (52814)
Important
Please, check "Advances in Refractory and Reactive Metals and Alloys" official website for possible changes, before making any traveling arrangements