Add to ORKGThere the influence of grain size and of structure of grain boundaries on the deformation mechanism and on the mechanical behaviour of TiAl intermetallide at the room temperature and at the risen temperatures has been studied systematically. The production methods of TiAl intermetallide of uniform submicrocrystalline structure in the solid semifinished items has been developed. It allowed to decrease appreciably the temperature of exhibition of superplasticity and the interval of brittle-viscous transitionAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
A binary alloy Ti_5_2Al_4_8 (TiAl) and a ternary alloy Ti_5_0Al_4_8Cr_2 (TiAlCr), prepared from elem...
Gamma TiAl alloys are emerging as a pervasive structural material. Remarkable progresses have been m...
The superplastic data for several microcrystalline and submicrocrystalline TiAl alloys has been anal...
An investigation of the TiAl intermetallic compound mechanical properties has been undertaken in the...
The special behaviour features in the physical properties of the materials at formation of the submi...
The objective of this study is to provide a comprehensive insight into the mechanical properties of ...
There the study objects are the aluminium alloys. The study purpose is to determine the structural s...
There the study objects are TiAl and Ti*003Al aluminides of titanium. The mechanical tests, the tran...
The effect of the deformation process of the high-temperature synthesis product on the formation of ...
The temperature anomaly of the yield limit in the monocrystals of Ti*003Al at deviation from c orien...
The effect of nonuniform size distribution of grain-subgrain structure elements on the mechanical pr...
High temperature plastic flow properties of two phase TiAl alloys containing 45 to 49 at.%Al have be...
The intermetallic phases possess a combination of outstanding properties, such as high strength and ...
There the study objects are the bicrystals and the tricrystals of aluminium of high purity (99,999%)...
This study reports the deformation characteristics of submicrocrystalline Ti-6Al-4V at low temperatu...
A binary alloy Ti_5_2Al_4_8 (TiAl) and a ternary alloy Ti_5_0Al_4_8Cr_2 (TiAlCr), prepared from elem...
Gamma TiAl alloys are emerging as a pervasive structural material. Remarkable progresses have been m...
The superplastic data for several microcrystalline and submicrocrystalline TiAl alloys has been anal...
An investigation of the TiAl intermetallic compound mechanical properties has been undertaken in the...
The special behaviour features in the physical properties of the materials at formation of the submi...
The objective of this study is to provide a comprehensive insight into the mechanical properties of ...
There the study objects are the aluminium alloys. The study purpose is to determine the structural s...
There the study objects are TiAl and Ti*003Al aluminides of titanium. The mechanical tests, the tran...
The effect of the deformation process of the high-temperature synthesis product on the formation of ...
The temperature anomaly of the yield limit in the monocrystals of Ti*003Al at deviation from c orien...
The effect of nonuniform size distribution of grain-subgrain structure elements on the mechanical pr...
High temperature plastic flow properties of two phase TiAl alloys containing 45 to 49 at.%Al have be...
The intermetallic phases possess a combination of outstanding properties, such as high strength and ...
There the study objects are the bicrystals and the tricrystals of aluminium of high purity (99,999%)...
This study reports the deformation characteristics of submicrocrystalline Ti-6Al-4V at low temperatu...
A binary alloy Ti_5_2Al_4_8 (TiAl) and a ternary alloy Ti_5_0Al_4_8Cr_2 (TiAlCr), prepared from elem...
Gamma TiAl alloys are emerging as a pervasive structural material. Remarkable progresses have been m...
The superplastic data for several microcrystalline and submicrocrystalline TiAl alloys has been anal...