Sentence examples for mechanical processing and from inspiring English sources

Referring the calculated Mg Gd–Y system phase diagrams, the suitable thermal mechanical processing and heat-treatment processes of newly designed and developed alloy Mg 12 wt%Gd 4 wt%Y 0.6 wt%Zr has been done.

Mr. Close rejects mechanical processing and slapdash finish in favor of painstaking, seamless hand rendering, even though the result shows no trace of the painterly touch that serves as an artist's signature.

Artificial corrosion damage was applied to the tubular specimens via mechanical processing and hand drilling to replicate the inclined nature of jacket-type offshore structures.

The integration research of measuring machine and CAD information, just CMM/CAD integration technology, is far behind the information integration of mechanical processing and CAD.

Although high unemployment resulted from the collapse of communism, in the 1990s, as the number of people who migrated increased, a labour deficit arose in certain sectors of the economy, such as construction, agriculture, tourism, mechanical processing, and the clothing industry.

It is clear that protuberances formed by electrical processing can be removed by mechanical processing and then reformed by subsequent additional electrical processing.

We describe the manufacturing process, encompassing thermo-mechanical processing and electrochemical leaching, the resulting microstructure and properties, as well as potential areas of application for this new material class.

The as-cast ingots are subjected to thermo-mechanical processing and heat treatment.

Powder metallurgy near β Ti-5Al-5Mo-5V-1Cr-1Fe and Ti-5Al-5Mo-5V-2Cr-1Fe (in wt.%) alloys were investigated to establish the microstructure-mechanical properties relationships during thermo-mechanical processing and after isothermal ageing.

In recent years, novel thermo-mechanical processing and manufacturing technologies such as controlled memory wire (CM-wire), M-Wire and electrical discharge machining (EDM) have been developed to optimize the microstructure of NiTi alloys and their mechanical properties.

Different processes controlling the curve of strain hardening could be used by applying the varied conditions of thermo-mechanical processing, and especially a diversified degree of deformation and isothermal heat treatment after finishing plastic working, such as dynamic recovery, dynamic recrystallization, and static recrystallization.