ISIJ and JIM Joint Session
Current Advances in Materials and Processes, Vol.21
March 28. JIM-V
Titanium and titanium alloys-1
| 9:10∼10:30 | ||
| J1 | (ISIJ Research Promotion Grant)
Reduction of Ti-6Al-4V by the electrolysis of molten (CaCl2+CaO) H.Sakai |
··· 694 |
| J2 | Tensile behavior and deformation structure in Ti-N alloy
T.Ando |
··· 695 |
| J3 | Effect of heat treatment on microstructure and mechanical properties in cold groove rolled α' martensite type titanium alloy K.Kodairah |
··· 696 |
| J4 | Cold workability of α' titanium alloy
| ··· 696 |
Titanium and titanium alloys-2
| 10:40∼12:00 | ||
| J5 | The development of alpha-beta Ti-Fe alloys with good strength-press formability balance
Development of high strength and excellent formability titanium alloys-1 |
··· 697 |
| J6 | Influence of microstructure on formability in alpha-beta Ti-Fe alloys
Development of high strength and excellent formability titanium alloys-2 |
··· 698 |
| J7 | Effect of initial structure on deformation behavior of a Ti-Fe alloy in the (α+β) region
B.Poorganji |
··· 699 |
| J8 | Mechanical properties and phase transformation behaviour in solution-treated Ti-5Al-2Fe-3Mo alloy
T.Kunieda |
··· 700 |
Titanium and titanium alloys-3
| 13:00∼14:00 | ||
| J9 | Effect of B addition on microstructure and workability in Ti-13Cr-1Fe-3Al alloys | ··· 701 |
| J10 | Effect of cooling rate on mechanical properties of Ti-13Cr-1Fe-3Al alloy | ··· 702 |
| J11 | High temperature yield drop of β titanium alloy Ti-20V-4Al-1Sn and its modeling | ··· 703 |
Titanium and titanium alloys-4
| 14:10∼15:30 | ||
| J12 | The effect of O and Zr contents on mechanical properties of Ti-Nb-Zr-O alloys
M.Yamamoto |
··· 704 |
| J13 | Effect of alloy composition on textures of Ti-Zr-Nb ternary alloys
H.Tobe |
··· 704 |
| J14 | Change of mechanical properties by cold-rolling in Ti-Zr-Nb-(O,Cr) alloy with Young's modulus | ··· 705 |
| J15 | Cold workability of α' titanium alloy | ··· 705 |
March 27. Room11(JIM-W)
Ultrafine grained materials-fundamental aspects for ultrafine grained structures-1
| 9:00∼10:20 | ||
| J16 | Mechanical properties of ultrafine grained dual
-phase steel sheets fabricated by a new process without severe plastic deformation(Study on nano-DP steel-1) Y.Okitsu |
··· 706 |
| J17 | Deformation analysis of ultrafine grained TRIP-aided dual
-phase steel by in situ neutron diffraction(Study on nano-DP steel-2) |
··· 707 |
| J18 | Texture analysis of austenite before transformation in hot
-rolled steel sheets by multi pass rolling in a stable austenite region M.Wakita |
··· 708 |
| J19 | Evolution of dislocation substructures by multi pass hot rolling in a stable austenite region
K.Miyata |
··· 709 |
Ultrafine grained materials-fundamental aspects for ultrafine grained structures-2
| 10:30∼11:50 | ||
| J20 | TEM observation of surface microstructure of cutting tip formed by drilling
T.Aiso | ··· 710 |
| J21 | Microstructures and properties of high-strength alloys severely deformed by machining | ··· 711 |
| J22 | Development of compact process for producing ultrafine grained steel wire | ··· 712 |
| J23 | Evaluation by neutron diffraction of 4N-Cu that gives ECAP processing | ··· 713 |
Ultrafine grained materials-fundamental aspects for ultrafine grained structures-3
| 13:00∼14:00 | ||
| J24 | Test production of steel plate with over 25mm thickness using free forging press of 3000ton-class
(Creation of ultra-fine grained steel through practical machine-1) |
··· 714 |
| J25 | Ultrafine grained microstructure obtained by cold-rolling and annealing for a 17Ni-0.2C martensite steel | ··· 715 |
| J26 | Role of austenite in dynamic recrystallization during warm compression for a 17Ni-0.2C martensite steel studied by in situ neutron diffraction
P.G.Xu |
··· 716 |
Current Advances in Materials and Processes, Vol.21
March 27. JIM-V
Fundamentals and application of microwave processing-1
| 13:30∼14:30 | ||
| J27 | Continuous process of pig iron making by microwave heating(I) | ··· 222 |
| J28 | Microwave heating behavior of steelmaking slag and its mineral phase | ··· 223 |
| J29 | Fundamental study on recycling of valuable metals from pickling sludge in stainless steel rolling process by microwave carbo-thermal reduction | ··· 224 |
Fundamentals and application of microwave processing-2
| 14:40∼15:40 | ||
| J30 | Behavior of Cr ion in alumina under millimeter-wave irradiation | ··· 225 |
| J31 | Some phenomena in heating of Fe3O4 by microwave irradiation | ··· 225 |
| J32 | Dehydriding reaction of hydride by microwave heating | ··· 226 |
Fundamentals and application of microwave processing-3
| 15:50∼16:50 | ||
| J33 | Microwave heating characteristics of metallic powders by the cavity separated in E and H fields | ··· 226 |
| J34 | Temperature dependency of microwave absorption behavior by copper powder | ··· 227 |
| J35 | Microwave-heated sintering of Ni-based metallic glass powders and effect of Sn addition | ··· 227 |