KHOREV, 1970 - Google Patents
Influence of alloying elements on the mechanical properties of joints in the Ti-Al-Cr and Ti-Al-Cr-Mo systems(Beta stabilizing Mo and Cr effects on mechanical …KHOREV, 1970
- Document ID
- 12126659879006224202
- Author
- KHOREV A
- Publication year
- Publication venue
- WELDING PRODUCTION
External Links
- 210000001503 Joints 0 title description 2
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Young | BWRA experience in the welding of aluminum- zinc-magnesium alloys(Aluminum-Zn-Mg alloys weldability, discussing base metal composition and heat treatment influence during gas-shielded arc welding) | |
| KHOREV | Influence of alloying elements on the mechanical properties of joints in the Ti-Al-Cr and Ti-Al-Cr-Mo systems(Beta stabilizing Mo and Cr effects on mechanical properties of welded and heat treated Ti alloys) | |
| GERASKOVA et al. | Effect of plastic deformation on the structure and properties of vt 14, vt 15, and vt 16 weld joints(Strength of welded joints of titanium alloy improved by cold plastic deformation and heat treatment) | |
| SCHWARTZBART | Welding techniques used for refractory metals and their alloys including electron beam, pressure welding, ultrasonic and others | |
| Hook | The welding of copper and its alloys | |
| DOLIASHVILI et al. | Influence of heat treatment on the phase components of chromium-manganese alloys(Heat treatment effects on phase components of Cr-Mn-B alloys with W and Nb additions, discussing heat resistance) | |
| LEVINSKAIA et al. | Investigation of nitrogen diffusion in titanium(Nitrogen diffusion coefficients in TiN and alpha-Ti determined by metallographic and roentgenographic analyses, establishing linear equations for temperature dependence) | |
| Eremenko et al. | Phase equilibria in the Mo-TiC-Ti region of the ternary system Mo-Ti-C(Mo-TiC-Ti system phase equilibria at 1400 C, considering two phase region tie lines direction by metallographic and X ray analyses) | |
| CHINENOV et al. | Mechanical properties of alloys of the system Ti-Al-Mo subjected to heat treatment(Ti-based alloys with Al and Mo investigated for chemical composition and heat treatment effects on mechanical properties) | |
| CHEKOTILO et al. | Alloying of heat-resisting austenitic steels, alloys and welded seams with boron in the 3. 3- 1. 5 percent range(Alloying of austenitic steels and seams welded on steels with boron to increase heat resistance) | |
| HENRY et al. | Influence of boron on the tempering precipitation of titanium and niobium carbides in austenitic stainless steels- Consequences on the mechanical properties during cold and hot working | |
| Sanfirova et al. | Time dependence of the strength of aluminum and silver at low temperatures(Anomalous changes in time-dependence of strength of aluminum and silver are associated with change in structure of metals at low temperature, during plastic deformation preceding rupture) | |
| SINIAVSKII et al. | Investigation of the strength and plasticity of refractory alloys during programmed variations of temperature and load(Thermocyclic creep and rupture strength of Nb, Ta and Mo refractory alloys under temperature and load variations, showing failure dependence on cycle parameters) | |
| ANDREEV et al. | Investigation of the strength of titanium alloys by bending techniques at 600 deg(Heat resistance and fatigue strength of Ti alloys examined, using bending techniques) | |
| ARCHBOLD et al. | Decomposition of the metastable beta phase in the all-beta alloy Ti-13 V-11 Cr-3 Al(Beta Ti-V-Cr-Al phase transformations below 500 C, discussing metastable phase, bcc formation and thermodynamics) | |
| ANDREEV et al. | Phase structure and heat resistance of alloys in the Ti 3 Al-V system(Ti-Al-V alloys heat resistance relationship to phase structure from bending test at high temperature) | |
| NARTOVA et al. | Study of the phase structure of alloys in the system Ti 3 Al-Nb(Phase equilibria in quasi-ternary alloys by microstructural, thermographic and X ray analyses, showing continuous solid solutions formation in titanium-niobium-titanium aluminide) | |
| FRANTSEVICH et al. | Investigation of the effect of temperature on the migration of elements in alloys of refractory metals(Migration of both components of tungsten- molybdenum alloys with temperature) | |
| CHERNIAK et al. | Mechanical properties of semifinished products and welded joints of high-strength V 92 Ts aluminum alloy(Mechanical properties of semifinished products, welds and machined sections of high strength V 92 Ts aluminum alloy) | |
| BERTHET et al. | STATIC AND FATIGUE BEHAVIOUR OF HEAVY STRAINED METALS AND ALLOYS FOR WELDED CONSTRUCTION | |
| ARGENT et al. | The creep of niobium-molybdenum alloys(Creep of high purity Nb-Mo alloys in 800-1300 C range and at 1500-13000 lb/square inch stresses, giving activation energy for creep) | |
| MELNIKOV | Certain problems on the welding of metal powders(Welding of various granulated metallic powders- tungsten, nickel, tin, lead, titanium, aluminum and ferroalloys) | |
| EREMENKO et al. | Constitution of the V-Zr-Cr system at 1150 deg C(Isothermal section at 1150 C of V-Zr-Cr cast and annealed alloys investigated by X ray and metallographic analyses, establishing various phase regions) | |
| KAPLAN et al. | New corrosion, heat-resistant & high temperature steels and alloys in the soviet union | |
| BIBRING et al. | Heat-resistant fiber composites produced by oriented crystallization in the Co-Cr-Ta-C and Ni-Cr-Ta-C systems(Heat resistant fiber composites produced by oriented eutectic crystallization in Co and Ni quaternary alloys) |