Open AccessDevelopment of New Structural Materials with Improved Mechanical Properties and High Quality of Structures through New Methods
Author(s) -
Salokhiddin D. Nurmurodov,
A. K. Rasulov,
Nodir Turakhodjaev,
Kudratkhon Bakhadirov,
L. E. Yakubov,
K. P. Abdurakhmanov,
Tokhir Tursunov
Publication year - 2016
Publication title -
journal of materials science research
Language(s) - English
Resource type - Journals
eISSN - 1927-0593
pISSN - 1927-0585
DOI - 10.5539/jmsr.v5n3p52
Subject(s) - materials science , durability , machinability , alloy , metallurgy , refractory metals , tungsten , characterization (materials science) , wear resistance , process engineering , composite material , nanotechnology , machining , engineering
Up-to-date science and technology requires further development and wide introduction of new high- performance processes to produce refractory metals. These may include plasma chemical technology of high dispersed powders production. Practical implementation of plasma chemical method in producing and processing of high dispersed powders is in its initial stage. Along with this at the present time the demand for processing of structural materials with improved physical and mechanical properties is now steadily increasing. Such materials have low machinability due to high hardness and durability at high temperatures which results in heavy wear of a cutting tool. To improve the efficiency when processing hard-to-cut materials it is necessary to enhance the tool’s durability; this can be provided by application of new grades of hard alloys received from tungsten nanopowders. New alloy, obtained by the new developed technology, has higher degree of hardness and wear resistance compared with existing alloys and will be intended for hard materials processing.