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The solution is to develop alloys that can form an alumina-scale while achieving high strength through the formation of intermetallic strengthening precipitates and keeping the cost low by using the least amount of expensive elements such as Ni, Co and Hf.
This method will use reactive liquid material to infiltrate particle preforms. The reactive material will form an interfacial bond with the structure produced from bound particles during or following infiltration.
The invention provides a method for efficient catabolism of TPA, which had not previously been accomplished.
Unfortunately, the current lightning strike protection (LSP) system cannot guarantee the 100% safety of the FRP structures.
The invention relates to 3D printing and more specifically to improvements to build platforms for such systems.
The invention relates to Diluting Flammable Refrigerants with Secondary Gas to Mitigate Flammability.
Soft-magnetic materials are a major component of electricity consumption globally. The two major applications for soft-magnetic materials are in controlling magnetic fields in transformer cores and electric motors.
The invention improves Roll-to-roll Manufacturing of Solid Oxide Fuel Cells.
The proposed technique provides continuous printing method which allows successful printing a complex geometry, reducing or eliminating stop/start of the toolpath, decreasing the printing time, and saving energy via reducing machine running time.
Joining of dissimilar materials faces a critical challenge, due to physical and chemical incompatibility of the individual material, for automotive and transportation industries.