18th International Conference on Aluminium Alloys (ICAA18)
Program (Poster)
September 5th
13:40-14:40
Poster Session P1～P25

Poster Discussion (Zoom)

P-1

Interaction between dislocation and {100} oblate misfit precipitates through parametric
dislocation dynamics (PDD) simulation
Zheng HAIWEITokyo Institute of Technology (Japan)

P-2

First-principles study on the local bonding of nanoclusters formed in an Al-Mg-Si alloy
Kensuke KURIHARA
Shibaura Institute of Technology (Japan)

P-3

Stability and properties of Al3Li precipitate by adding Zn using first-principles calculation
Takahito ITO
University of Toyama (Japan)

P-4

Solute clustering behaviors in Al-Mg-Si alloys based on theoretical calculations andmaterials informatics
Daisuke EGUSAThe University of Tokyo (Japan)

P-5

Effects of Mn and Cu additions on solidification microstructure of near-eutectic Al-Fe alloy
Naoki OKANO
Nagoya University (Japan)

P-6

Investigation of strip solidification between the rolls of a high-speed roll casterToshio HAGA
Osaka Institute of Technology (Japan)

P-7In-line hot rolling of an Al-Mg strip cast using an unequal diameter twin roll caster
Masataka FURUKAWA
Osaka Institute of Technology (Japan)P-8Free surface phenomena and their influence on ultrasonic treatment performance ofaluminum alloys
Jincheng SUN
Tohoku University (Japan)

P-9

Effect of laser conditions on the aging behavior of Al–12Si alloy additive-manufactured bylaser powder bed fusion
Keito SAKI
Nagoya University (Japan)

P-10

Additive manufacturing of carbon fiber/Al-Ti alloy composite by laser powder bed fusion
Tsubasa AOKI
Nagoya University (Japan)

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P-11

A new process index for optimizing laser powder bed fusion conditions to manufacture denseparts: Validation with Al-Si alloys
Mai KUNIEDANagoya University (Japan)

P-12

Additive manufacturing of wax injection mold for aluminum investment casting usingmaterial jetting process
Ji-Woon LEE
Kongju National University (Korea)

P-13

Advanced heat reactivity of Polytetrafluoroethylene(PTFE) synthetic Ni covered Al particles
Junsoo SEO
Kyungpook National University (Korea)

P-14

Development of high-strength Al-Cu-Mg alloy by combined application of high-pressure
torsion and aging treatment
Pengcheng MA
Yokohama National University (Japan)

P-15

Effect of aging treatment on tensile properties in cold-rolled Al-Cu-Mg alloy
Yuki ISHII
Ibaraki University (Japan)

P-16

Evaluation of hydrogen embrittlement for aluminum alloys by fatigue testing
Makoto HINO
Hiroshima Institute of Technology (Japan)

P-17

Effects of various plating on fatigue properties of A2017-T4 aluminum alloy
Kota KAWAUE
Hiroshima Institute of Technology (Japan)

P-18

Effect of high temperature aging on hydrogen embrittlement in 7XXX alloys
Ryuji ONO
Iwate University (Japan)

P-19

Development of new aluminum alloy for casting with high mechanical properties based on
JIS-AC7A
Tadao FUKUTA
Okayama Prefectural University (Japan)

P-20

Dynamic measurement of hydrogen release of 5083 aluminum alloys accompanied withdynamic strain aging
Takahiro SAKATA
Osaka University (Japan)

P-21

Effects of strain rate on stress- strain curves in 2024 aluminum alloy after solution heattreatment
Masahiro NISHIDA
Nagoya Institute of Technology (Japan)

P-22

TEM observation of cold-rolled Al-2.5Li(-2.0Cu) alloys with aging treatment
Hiroki SAITOUniversity of Toyama (Japan)2P-23

Effect of Cu on age-hardening behavior in Al-Zn-Mg alloys aged at 393K
Yusuke SEKIGUCHI
University of Toyama (Japan)

P-24

Effect of aging on mechanical properties of cold-rolled Al-Mg-Si alloys
Hiroki FUKUZAWA
Ibaraki University (Japan)

P-25

Effect of internal hydrogen on mechanical properties and hydrogen embrittlement
sensitivity in cold-rolled Al-Cu-Mg alloys
Ziang WU
Ibaraki University (Japan)

15:00-16:00
Poster Session P26～P50
P-26

STEM studies of wire arc additive manufactured AA5183 alloy with TiC nanoparticles.
Tor Inge THORSEN
Norwegian University of Science and Technology (NTNU) (Norway)

P-27

Formability of aluminum clad cup with thermoplastic resin
Yasunori HARADA
University of Hyogo (Japan)

P-28

Plastic anisotropy of multi-axial forged and annealed Al-Mg alloy with high Mg content
Hoon CHO
Korea Institute of Industrial Technology (Korea)

P-29

Comprehensive properties enhancement and microstructure evolution of Al Cu-Mg alloys
via novel thermomechanical treatment
Zhiguo CHEN
Hunan University of Humanities (China)

P-30

Grain refinement and age precipitation in Al-0.5%Si-0.5%Ge alloy fabricated by ARB
process
Keiyu NAKAGAWA
Okayama University of Science (Japan)

P-31

Combined cyclic deformation and artificial ageing of an Al-Mg-Si alloy
Johannes A. ÖSTERREICHER
Austrian Institute of Technology (Austria)

P-32

Microstructure observation at maximum hardness in two-step aging of 6xxx series Al alloys
aged at room temperature
Hayato TSUJIGUCHI
University of Toyama (Japan)

P-33

Microstructure observation of Al-1.0%Mg2Ge (-0.4%Si) alloys aged at 473K
Shuehi MURAKATA
University of Toyama (Japan)

P-34

DSC analysis and TEM microstructure observation of Al-Mg2Ge alloy
Shoya UKITA
University of Toyama (Japan)
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P-35

Microstructure observation of T6 treated Al-Mg₂Si alloys with different amount of excess Si
Junya MAEDA
University of Toyama (Japan)

P-36

In-situ characterization of nanostructures of Al-Zn-Mg-Cu alloy with laboratory highenergy SAXSTomomi SUZUKI
Hokkaido University (Japan)

P-37

The relationship between microstructures and properties in the early aging stage of Al-4Cu1.5Mg-0.15Cr aluminum alloy
Shin FUKUDA
Hokkaido University (Japan)
Microstructure observation of Al-Mg-Si alloy with different Mg/Si ratio in two step aging
condition
Jiaming WANG
University of Toyama (Japan)

P-38

P-39

Relationship between initiation time of pitting corrosion for aluminum and chloride
concentration during atmospheric corrosion
Ryota YAMAGUCHI
Kansai University (Japan)

P-40

Lining of aluminum alloy with dissimilar materials using particle impact
Kenta SUGIHARA
University of Hyogo (Japan)

P-41

Fabrication of multilayer by two-step anodization for A5052 aluminum alloy and itsadhesion
Takayuki HASHIMOTO
Hiroshima Institute of Technology (Japan)

P-42

Strength and interfacial microstructure of magnetic pulse welded aluminum/magnesium lap
joint
Issei SHIBATA
Nihon University (Japan)

P-43

Dissimilar metal welding of 6000 series Al alloy sheet and DP steel sheet by magnetic pulse
welding -Welding condition and microstructure Ryoma HARA
Chiba University (Japan)

P-44

Relationship between formation of microstructure and geometry of probe in friction stirwelding
Kyohei ORI
University of Toyama (Japan)

P-45

Disc friction joining of A1050-H24 aluminum and AZ31 magnesium alloy
Keisuke MIZUTANIUniversity of Toyama (Japan)

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P-46

Serration analysis in Al-Mg alloy by In-situ XRD / DIC simultaneous measurements
Tatsuya KITANO
University of Hyogo (Japan)

P-47

SPED studies of quasicrystalline phases in Al-Mg-Cu-Ag alloys
Oskar RYGGETANGEN
Norwegian University of Science and Technology (NTNU) (Norway)

P-48

Synthesis of metal hydrides by hydrogen plasma irradiation
Tomoharu OUCHI
Ibaraki University (Japan)

P-49

Fabrication and microstructure observation of Al based composite containing cellulose
nanofiberSeungwon LEE
University of Toyama (Japan)

P-50

Fabrication and mechanism of self-lubricious Al2O3/Sn-MoS2 composite film on Al-Si-Cu
casting alloys
Jiacheng LIU
Nagoya Institute of Technology (Japan)

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