検索結果 195 件

図書
edited by K. Yamauchi ... [et al.].Woodhead Pub.2011.<PD37-B31>
国立国会図書館
  • 内容細目.... I Properties and processing 1 1. Mechanisms and properties of shape memory effect and superelasticity in alloys and other material...... Properties of shape memory alloys (SMAs) ......undamentals of shape memory alloys (SMAs) ...... (Ti-Ni)-based and titanium-niobi......3. Development and commercializat......nickel (Ti-Ni) and copper (Cu)-based shape memory alloys (SMAs) ...... (li-Ni)-based shape memory alloys (SMAs) ......per (Cu)-based shape memory alloys (SMAs) ......othing, sports and leisure indust......othing, sports and leisure indust......nickel (Ti-Ni) shape memory alloys (SMAs) ......s 4.4. Forming and shape memory treatment 4.5. R...
  • 件名Legierung. Memory-Effekt. Pseudoelastizität. Shape memory alloys. Alloys--Elastic prope...
記事
細田, 秀樹, HOSODA, Hideki, 野平, 直希, Nohira, Naoki, Chiu, Wan-Ting, 田原, 正樹, Tahara, Masaki2023-07
全国の図書館
  • 並列タイトル等(連結)Recent achievements of Ti-Cr based shape memory and superelastic alloys
  • 並列タイトル等Recent achievements of Ti-Cr based shape memory and superelastic alloys
デジタル記事
Elizbieta A. Pieczyska, Hisaaki Tobushi, Stefan P. Gadaj 他<Z53-J286>Materials transactions47(3) 2006.3p.670~676
国立国会図書館全国の図書館
  • 要約等Properties and characteristic......ransformation bands in TiNi shape memory alloy (SMA) ar......ared technique and employed for t......nto nucleation and further development of the bands of martensitic and reverse transf......he temperature and the relevant m......tress, narrow bands of considerab......f the specimen and developing tow......s. A few such bands parallel to e......igher stresses and move towards t...... inhomogeneous and related to the......he martensitic and the reverse transformations w...
  • 参照Transformation-Induced Creep and Creep Recovery of Shape Memory Alloy Superela......mation of TiNi Shape Memory Alloy Subjecte......havior of NiTi Shape Memory Alloy Subjected to Stress-Con...
  • 参照On the nucleation and propagation of......eudoelasticity and shape memory effect in allo...... of nucleation and propagation of......energy storage and dissipation in TiNi shape memory alloy Simulati......vior in a NiTi shape memory alloy Temperat......on in deformed shape memory alloy
デジタル記事
Shengcheng Mao, Xiaodong Han, Ming. H. Wu 他<Z53-J286>Materials transactions47(3) 2006.3p.735~741
国立国会図書館全国の図書館
  • 要約等... Modulus (AYM) and the critical s......i-axial stress and the strain bei......oth of the AYM and the critical s......ure evolution) and the formation ......111)[1\\bar10] and (111)[1\\bar43......transformation and is one of the ......ecrease in AYM and critical stres......2 parent phase and the strain-ind......0)<SUB>M</SUB> and [111]<SUB>B2</......0]<SUB>M</SUB> and (1\\bar10)<SUB>B2</SUB>||(001...
  • 参照...eudoelasticity and deformation be......i alloy Theory and experiment of ......ining ceramics and ferrous alloys......stal structure and internal defec......stics of TiNi and TiNiCu alloy......stics of TiNi and TiNiCu shape memory alloys Criteri......quiatomic NiTi shape memory alloys CsCl-ty......cipitated NiTi shape memory alloys Structural and functional fatigue of NiTi shape memory alloys The crystallography of...
  • 出版者(掲載誌)Sendai : The Japan Institute of Metals and Materials ; 2001-
デジタル記事
Holger Rumpf, Volker Wipperfurth, Christiane Zamponi 他<Z53-J286>Materials transactions47(3) 2006.3p.523~526
国立国会図書館全国の図書館
  • 要約等...obtained freestanding films revea......oop hysteresis and a plateau of m......otolithography and wet etching te...... fabricate net-shaped devices. Achi......ally between 5 and 15 μm. Tensile testing experi...
  • 件名superelasticity thin films structuring net-shaped structure
  • 参照Shape-Memory Ti-Ni-X-Films ......der Constraint Superelasticity of free‐standing NiTi films ......e used targets Shape-memory properties in ......mer Composites and Sputtered Thin......l applications Shape memory microvalves ba......iTi thin films Shape memory alloys: Properties and biomedical app......he research of shape memory alloys Effect of aging on shape memory behavior of Ti......transformation and shape memory behavior in sputter-deposited...
図書
Hisaaki Tobushi, Ryosuke Matsui, and Kohei Takeda, and Elzbieta A. Pieczyska.Nova Publishers[2013]<PD37-B34>
国立国会図書館
  • 内容細目Shape memory effect and superelasticity Thermomechanic......operty Damping and energy storage......n of thin tape Shape memory alloy heat eng......ing fatigue of shape memory alloy Bending ......foam Secondary shape forming Shape memory composite with SMA and SMP-- Bending property of SMC...
  • 件名Shape memory alloys.
図書
ASM Internationalc2008.<M17-09-1506>
国立国会図書館
  • 件名Shape memory effect -- Congresses. Alloys ...
  • 並列タイトル等(連結)... conference on shape memory and superelastic technologies : D...
  • 並列タイトル等... conference on shape memory and superelastic technologies : D...
デジタル記事
Takashi Maeshima, Satoshi Ushimaru, Kiyoshi Yamauchi 他<Z53-J286>Materials transactions47(3) 2006.3p.513~517
国立国会図書館全国の図書館
  • 要約等The effects of Sn content and aging conditions on superelasticity in Ti–Mo–Sn al......sile test. The superelasticity in the Ti–5 mo......ds between 180 and 420 s. A speci......00 s exhibited superelasticity with a recovery strain of 3.5...
  • 件名...heat treatment superelasticity martensitic transformation sm...
  • 参照Effect of Sn and Zr addition on......avior of Ti-Mo shape memory alloys Effect ...... Effects of Cr and Sn additives o......transformation and deformation be......-Sn biomedical shape memory alloys A lightweight shape-memory magnesium allo......–Al biomedical shape memory alloy Martensi......Microstructure and Superelastic P......ooling Rate on Superelasticity and Microstructure......Ti-10V-2Fe-3Al and Ti-10V-2Fe-3Al......Transformation and Superelasticity of Ti-Nb-Pt Alloys
デジタル記事
Toshio Sakuma, Akihiko Suzuki<Z53-J286>Materials transactions48(3) 2007.3p.422~427
国立国会図書館全国の図書館
  • 要約等...ngs of a Ti-Ni shape memory alloy was inve......the Ni content and shape memory treatment temp......ng martensites and the dissipated......t of the Ti-Ni shape memory alloy and the increase in the shape memory treatment temperature.
  • 件名titanium-nickel alloy temperature of heat treatment for shape memory nickel content
  • 出版者(掲載誌)Sendai : The Japan Institute of Metals and Materials ; 2001-
デジタル記事
Maho Hosogi, Nagatoshi Okabe, Toshio Sakuma 他<Z53-J286>Materials transactions43(5) 2002.5p.822~827
国立国会図書館全国の図書館
  • 要約等...on in Ti–Ni–Cu shape memory alloy was prop......transformation and then the suita......transformation and the plastic de......deformation of shape memory alloy. The ori...... of this model and constitutive e......f a half cycle and the prediction......olume fraction and the magnitude of plastic stra...
  • 件名titanium-nickel-cupper shape memory alloy superelastic deformatio...
  • 参照...-way strain in shape memory effect of Ti–Ni–Nb alloy—infl...
デジタル記事
Nagatoshi Okabe, Maho Hosogi, Toshio Sakuma 他<Z53-J286>Materials transactions43(5) 2002.5p.809~814
国立国会図書館全国の図書館
  • 要約等...ue of Ti–Ni–Cu shape memory alloy subjecte......y a fatigue of shape memory alloy due to t......rain amplitude and generate the b......de dependence, and had the peculi......ion of origins and ran axially. T......mental results and the detailed fracture surface...
  • 件名titanium-nickel-cupper shape memory alloy superelstic cycle serie...
  • 参照...-way strain in shape memory effect of Ti–Ni–Nb alloy—infl...
デジタル記事
Keisuke Yamagishi, Daisuke Ando, Yuji Sutou, Yukiko Ogawa<Z53-J286>Materials transactions61(12):2020.12p.2270-2275
国立国会図書館全国の図書館
  • 要約等...Mg–18.8 at% Sc shape memory alloy to enhance its superelasticity at room temper......r in a β phase and then finally h......ovement of the superelasticity along in-plane......e weak texture and suggests the e......t in the Mg–Sc shape memory alloy.</p><p> </p><p>This Pap...
  • 件名bcc-magnesium alloy texture superelasticity
  • 参照...nt B2 Ordering and Its Effect on ......om Temperature Superelasticity in Mg–Sc Alloy......Sc alloy: From superelasticity to slip deformation via TRIP ...
記事
細田, 秀樹, HOSODA, Hideki2017-11AEARU Advanced Materials Science Workshop 2017
全国の図書館
デジタル記事
山岸 奎佑, 安藤 大輔, 須藤 祐司, 小川 由希子<Z17-314>日本金属学会誌 = The journal of the Japan Institute of Metals and Materials84(8):2020.8p.253-259
国立国会図書館全国の図書館
  • 要約等...Mg-18.8 at% Sc shape memory alloy to enhance its superelasticity at room temper......<i>β</i> phase and then finally h......ovement of the superelasticity along in-plane......e weak texture and suggests the e......t in the Mg-Sc shape memory alloy.</p>
  • 件名bcc-magnesium alloy texture superelasticity
  • 参照...Cu–Al–Mn-based shape memory sheets Effect ...... grain size on superelasticity in Fe-Mn-Al-Ni shape memory alloy wire Eff......microstructure and mechanical pro......ase boundaries and mechanical cha......lloys Texture randomization of he...... A lightweight shape-memory magnesium allo......ecovery strain and excellent bioc......–Al biomedical shape memory alloy Martensi...... of grain size and texture on pse......Cu–Al–Mn-based shape memory wire Enhanced ......y Effect of Sn and Zr content on ......study of the scandium-magnesium s......0 to 60 at.% scandium Room temperature superelasticity in a lightweight shape memory...
記事
Chiu, Wan-Ting, 淵脇, 康太, Fuchiwaki, Kota, 海瀨, 晃, Umise, Akira, 田原, 正樹, Tahara, Masaki, 稲邑, 朋也, Inamura, Tomonari, 細田, 秀樹, HOSODA, HidekiElsevier2022-07Materials Science & Engineering A847p.143312-
全国の図書館
  • 並列タイトル等(連結)...Ti–Au–Cr–based shape memory alloys via the......ing–treatments and Ta additions
  • 並列タイトル等...Ti–Au–Cr–based shape memory alloys via the......ing–treatments and Ta additions
デジタル記事
2013-09-27Science341 6153p.1505-1508
全国の図書館
  • 要約等<jats:title>Shape Memory Ceramics</jats......p> Shape memory materials conv......at into strain and vice versa. Th......ses with small shape changes. Ceram...... that underlie shape memory transformation......that can withstand comparable cyclic strains to shape memory metals. </jats:p>
  • 参照Readily accessible shape-memory effect in a po......ermoelasticity and shape-memory nanopores in a......ed Anisotropic Superelasticity and Ferroelasticit...... solid krypton and xenon and its effect on ......nt Progress in Shape Memory Alloys