Sentence examples for metallurgical behavior from inspiring English sources

Especially tungsten shows lacks in adapted joining due to its metallurgical behavior ranging from immiscibility over bad wetting up to brittle intermetallic phase formation.

This paper investigates interface morphology and metallurgical behavior of the bond formed between wire and bond pad metallization for different design and process conditions such as varying wire size and thermal aging periods.

The cutting temperature and temperature distribution along the rake face of cutting tool and work piece is an essential factor in study of machining processes due to its effect on surface quality, tool life, tolerances, metallurgical behavior and chip-removing rate.

Several mock-ups, each of them consisting of six rectangular channels with dimensions according to the EU Test Blanket Modules (TBMs) specifications, were manufactured by selective laser melting (SLM) technology using P91, a ferritic martensitic 9%Cr 1%Mo V steel with a metallurgical behavior similar to EUROFER, the reference structural material for DEMO blanket concepts.

It is indispensable for strengthening smelting process and controlling fine to understand metallurgical behaviors and mechanism of production process of aluminum holding furnaces.

The thermal cycle and cooling rate are taken into account to predict the metallurgical transformation behavior and phase fraction.

To identify the interfacial bonding behavior of metallurgical coating and substrate, micro-plasma cladding technique was used to fabricate cobalt-based metallurgical coating, meanwhile niobium and cerium oxide as reinforced particles were added to the composite coating.

Many real world systems, such as chemical and metallurgical processes, exhibit sequentially changing behavior.

Experimental investigations were carried out to study the influence of weld joint design and post weld thermal aging treatments on the metallurgical, intergranular and pitting corrosion behavior of AISI 304L stainless steel welded joints.

Oxide-dispersion strengthened (ODS) NiAl has been produced by powder-metallurgical methods and its creep behavior at temperatures up to 1723 K (1450°C) has been studied.

This study investigates the fatigue-crack propagation behavior of a powder metallurgical nickel-based superalloy, used in aircraft turbine disks.