ISIJ and JIM Joint Session
Current Advances in Materials and Processes, Vol.21,
No.2
September 23. Room16
Titanium and titanium alloys-1
|
13:00∼13:20 |
||
|
J1 |
Electrolysis and reduction of titanium oxide in molten(CaCl2+CaO) K.Kobayashi |
···1622 |
|
13:20∼13:40 |
|
|
|
J2 |
Synthesis of Ti-6Al-4V alloy by the electrolysis of molten CaCl2+CaO H.Sakai |
···1622 |
|
13:40∼14:00 |
|
|
|
J3 |
Effect of critical resolved shear stress on slip behavior of a-Ti alloy at low temperature M.Morita |
···1623 |
|
14:00∼14:20 |
|
|
|
J4 |
Orientation analysis of fatigue crack initiation site formed at cryogenic temperatures in Ti-5Al-2.5Sn ELI alloy Y.Ono |
···1624 |
Titanium and titanium alloys-2
|
14:30∼14:50 |
||
|
J5 |
Mechanical properties of forged Ti-6Al-4V ELI alloy at cryogenic temperatures T.Yuri |
···1625 |
|
14:50∼15:10 |
|
|
|
J6 |
Influence of microstructure on formability in alpha-beta Ti-Fe alloys T.Kudo |
···1626 |
|
15:10∼15:30 |
|
|
|
J7 |
Effects of cold rolling reduction and annealing conditions on recrystallizaition textures α+β type titanium alloy sheets A.Kawakami |
···1627 |
|
15:30∼15:50 |
|
|
|
J8 |
Phase transformation behavior during tensile deformation in Ti-5Al-2Fe-3Mo alloy T.Kunieda |
···1628 |
Titanium and titanium alloys-3
|
16:00∼16:20 |
||
|
J9 |
Thermal expansion behavior and temperature dependence of microstructure on cold-rolled Ti-29Nb-13Ta-4.6Zr alloy Xiaoliang Feng |
···1629 |
|
16:20∼16:40 |
|
|
|
J10 |
Effects of ω phase precipitation on dynamic properties in Ti-29Nb-13Ta-4.6Zr by cold working and simple aging process T.Ooneda |
···1629 |
|
16:40∼17:00 |
|
|
|
J11 |
Observation of lattice deformation with respect to tensile strains in Ti-Nb-Ta-Zr-O single-crystal alloys Y.Shimizu |
···1630 |
|
17:00∼17:20 |
|
|
|
J12 |
Variation of electronic states with respect to lattice distortion in Ti-Nb binary alloys T.Yano |
···1630 |
ISIJ
and JIM Joint Session
Current Advances in Materials and Processes, Vol.21,
No.2
September 25. Room16
Titanium and titanium alloys-4
|
9:00∼9:20 |
||
|
J13 |
Microstructural modification and mechanical properties of (O+α2) Ti2AlNb base alloy S.Emura |
···1631 |
|
9:20∼9:40 |
|
|
|
J14 |
Roles of quenched vacancies to nucleation and annihilation of athermal omega phase in a Ti-15mass%Mo grown by cooling E.Sukedai |
···1632 |
|
9:40∼10:00 |
|
|
|
J15 |
Effect of Fe and Zr additions on ω phase formation in β type Ti-Mo alloys Xiaohua Min |
···1632 |
|
10:00∼10:20 |
|
|
|
J16 |
Effects of additional elements on mechanical property and microstructure of Ti-6Mo alloy Y.Takemoto |
···1633 |
Titanium and titanium alloys-5
|
10:30∼10:50 |
||
|
J17 |
Effects of two-step aging on precipitation behavior in a metastable β titanium alloy Y.Higaki |
···1634 |
|
10:50∼11:10 |
||
|
J18 |
Mechanical properties of Ti-Cr system alloys Y.Murayama |
···1635 |
|
11:10∼11:30 |
||
|
J19 |
The effect of nitrogen on tensile behavior and deformation structure in Ti-13mass%Cr alloy T.Ando |
···1636 |
|
11:30∼11:50 |
||
|
J20 |
Aging behavior in Ti-10Cr-Al alloys for medical application S.Hatanaka |
···1637 |
ISIJ
and JIM Joint Session
Current Advances in Materials and Processes, Vol.21,
No.2
September 23. JIM
Ultrafine grained
materials–fundamental aspects for ultrafine grained structures-1
|
13:00∼13:20 |
||
|
J21 |
The effect of initial grain size on microstructural evolution during severe plastic deformation N.Ishida |
···1638 |
|
13:20∼13:40 |
||
|
J22 |
Grain size effect on preferential orientation of deformation twin in TWIP steel R.Ueji |
···1639 |
|
13:40∼14:00 |
||
|
J23 |
Continuous dynamic recrystallization during the transient severe deformation of aluminum alloy 7475 T.Sakai |
···1640 |
Ultrafine grained materials–fundamental aspects for ultrafine grained structures-2
|
14:10∼14:30 |
||
|
J24 |
Changes in mechanical properties of HRS processed SUS316L stainless steels with Shell/Core hybrid structure by heat-treatment M.Nakatani |
···1641 |
|
14:30∼14:50 |
||
|
J25 |
Microstructure and mechanical properties of austenitic stainless steel produced by hot forge sintering Zhe Zhang |
···1642 |
|
14:50∼15:10 |
||
|
J26 |
Relationship between mechanical properties and microstructure of pure Cu powder compacts with shell / core hybrid microstructure T.Yoshida |
···1643 |
Ultrafine grained materials–fundamental aspects for ultrafine grained structures-3
|
15:20∼15:50 |
||
|
J27 |
Microstructural stability of FCC metals after processing by HPT H.Matsunaga |
···1644 |
|
15:50∼16:10 |
||
|
J28 |
High pressure torsion for nano-grained Ni produced by electrodeposition T.Nakamura |
···1644 |
|
16:10∼16:30 |
||
|
J29 |
Influence on tensile property of submicro-crystalline bulk pure Fe produced by HPT M.Yoshii |
···1645 |
|
16:30∼16:40 |
||
|
J30 |
The effect of strain and pressure on the mechanical properties of HPT-processed Cu and Fe using disc and ring specimens Kaveh Edalati |
···1645 |
ISIJ
and JIM Joint Session
Current Advances in Materials and Processes, Vol.21,
No.2
September 25. JIM
Ultrafine grained materials–fundamental aspects for ultrafine grained structures-4
|
10:30∼10:50 |
||
|
J31 |
Effect of deformation history in ultrafine-grained structure produced by warm caliber rolling T.Inoue |
···1646 |
|
10:50∼11:10 |
||
|
J32 |
Inverse temperature dependence of impact toughness in an ultrafine grain structure steel processed by warm tempforming Y.Kimura |
···1647 |
|
11:10∼11:30 |
||
|
J33 |
Shearing characteristics of ultrafine grained steel S.Torizuka |
···1648 |
|
11:30∼11:50 |
||
|
J34 |
Characteristics of sheared surfaces of ultra fine grain steel (2nd report) H.Kobayashi |
···1649 |
Ultrafine grained materials–fundamental aspects for ultrafine grained structures-5
|
13:00∼13:20 |
||
|
J35 |
Mechanical properties and dynamic
collapse properties of low-C ultrafine grained multi-phase steel sheets Y.Okitsu |
···1650 |
|
13:20∼13:40 |
||
|
J36 |
Trial manufacture of ultrafine grained 304 stainless steel strip by repetition of cold-rolling and reverse transformation S.Nagayama |
···1651 |
|
13:40∼14:00 |
||
|
J37 |
Softening characteristic in ultra fine-grained SUS316L steel created by warm caliber rolling N.Hirota |
···1652 |
Ultrafine grained materials–fundamental aspects for ultrafine grained structures-6
|
14:10∼14:30 |
||
|
J38 |
Microstructure and mechanical property of a IF Steel subjected to severe drawing T.Suzuki |
···1653 |
|
14:30∼14:50 |
|
|
|
J39 |
Development of compact continuous rolling process for producing ultrafine grained steel wire and sheet S.Torizuka |
···1654 |
|
14:50∼15:10 |
|
|
|
J40 |
Grain refinement and dynamic recrystallization behavior of biomedical Co-29Cr-6Mo alloy during hot forging K.Yamanaka |
···1655 |
|
15:10∼15:30 |
||
|
J41 |
Optimization of hot workability and hot deformation mechanism in Co-30Ni-21Cr-10Mo alloy Ika Kartika |
···1655 |
Ultrafine grained materials–fundamental aspects for ultrafine grained structures-7
|
15:40∼16:00 |
||
|
J42 |
Microstructure and superplasticity of Mg-Li alloys processed by severe plastic deformation H.Matsunoshita |
···1656 |
|
16:00∼16:20 |
|
|
|
J43 |
Change in microstructure and mechanical properties during annealing of ultra-fine grained aluminum fabricated by ARB with lubrication H.Houda |
···1656 |
|
16:20∼16:40 |
|
|
|
J44 |
Aging behavior of Al-Zr alloy fabricated by severe plastic deformation T.Satou |
···1657 |
|
16:40∼17:00 |
||
|
J45 |
Evaluation of matrix strength of ECAPed pure Al by nanoindentation L.Zhang |
···1657 |