Final Program
The program of the ICOTOM19 virtual conference covers 4 days from March 1st Monday to March 4th Thursday. The program schedule can be seen below.
From 22:00 to 23:30 JST on each day, there will be parallel sessions of on-time questions and discussions regarding the keynote and oral video presentations . All the participants are welcome to the sessions of interest. The presenting authors of keynote and oral presentations are required to join the session relating to your video presentation.
The conference platform has been newly opened for viewing all the video presentations. The participants who properly registered with payment should have received an email for connecting to this platform. If not, please check your spambox, too. We recommend you to install the Zoom app in your computer prior to the conference.
The times are Japan Standard Time (JST). (JST=UTC+9hrs)

The on-demand keynote and oral presentations have been categorized into
the thematic sub-sessions as listed below.
You can find the details by clicking on each sub-session name.
The details of the poster presentations can be seen by clicking the link below.
POSTER
Category | Discussion Session |
Chairperson | Presenting Author | Title |
10 Deformation |
10a High Entropy Alloy and fcc metal |
Prof. R. Chulist Institute of Metallurgy and Materials Science PAS Poland |
W. Skrotzki | Keynote: Texture evolution in CrMnFeCoNi high-entropy alloy during high pressure torsion |
S. N. Kumaran | Microstructure and texture evolution during severe plastic deformation of a non-equiatomic high entropy alloy | |||
K. Lee | Dynamic Tensile Extrusion Behavior of Ultrafine- and Fine-grained Copper | |||
L. Kaushik | Evolution of Microstructure and Deformation Texture of High Entropy Alloy during Cold Rolling. | |||
G. Shankar | New Insight into the development of deformation texture in face-centered cubic material | |||
T. Nagira | Micro-texture evolution of Ag with low stacking fault energy during friction stir welding | |||
A. Arya | Effect of Deformation Texture on the Torsion Behavior of Drawn Nickel Microwires | |||
22:45- March 1 10b Ti, SUS |
Ghent University Belgium |
J. Quinta da Fonseca | Keynote: Understanding the texture evolution during hot compression of alpha-beta alloys | |
C. S. Daniel | In-situ synchrotron diffraction study of hot-deformed two-phase texture evolution in Ti-64 and Zr-2.5Nb | |||
V. K. Sahu | Effect of Crystallographic Texture and Stress Triaxiality on Micro-mechanisms of Deformation in Commercially Pure Titanium | |||
R. Jain | Anisotropic tensile behaviour of additively manufactured Ti6Al4V alloy | |||
C. Zhang | Cold Rolling Texture and Microstructure of 316L Stainless Steel | |||
H. Jiang | Heterogeneous-nano structure developed in SUS316LN austenitic stain steel | |||
A. B. Kizhakkiniyakathu | Experimental and simulation study on hot deformation behavior and dynamic microstructure evolution of super austenitic stainless steel | |||
22:00- March 2 10c Various metals |
Prof. Y. Takayama Utsunomiya University Japan |
R. Xin | Keynote: Understanding cross boundary twin behaviours in AZ31 alloy by a composite Schmid factor | |
A. Baczmanski | Direct measurement of critical resolved shear stresses in textured Mg alloy using neutron diffraction | |||
K. Kinoshita | Atomic Simulation of Deformation Texture Development under Consideration of Initial Defects | |||
N. P. Gurao | Activation volume and rolling texture transition in face cantered cubic materials | |||
N. Koga | Crystallographic orientation of raft-like structure developed by tensile deformation in Cu-Fe dual phase alloy sheet | |||
22:45- March 2 10d Al, Al alloy |
Dr. R. Quey CNRS, Mines Saint-Etienne France |
K. Wierzbanowski | Keynote: Recovery of ECAP Processed Aluminum at Room Temperature during Five Years | |
T. Kudo | Deformation-texture evolution in deep drawing of cold-rolled 3104 aluminum alloy sheet | |||
V. Q. Vu | Texture and Microstructure of Aluminum Produced by the Friction-Assisted Lateral Extrusion Process (FALEP) | |||
S. Mondal | Effect Of Sc Addition On The High Pressure Torsion Processing Of AA2195 Al Alloy On The Microstructure, Texture And Mechanical Property Evolution | |||
I. Weissensteiner | Temperature dependent deformation characteristics in Al-alloys | |||
M. S. Kim | A study of recrystallization behaviors in Al-1wt%Mg alloy sheets deformed by cold rolling and cryo-rolling | |||
H. Utsunomiya | Suppression of Serration of Al-Mg Sheet by Periodic Indentation | |||
22:00- March 3 10e Steel |
Prof. L. S. Toth University of Lorraine France |
L. Chang | Keynote: Characterization of Through-Thickness Microstructure and Texture of 3%Si Ultra-low Carbon Steel Slabs after Hot Rolling | |
T. Murakawa | Evolution of deformation structure and texture during cold-rolling {110}<110>Fe-3%Si single crystal. | |||
M. Mehdi | Deformation Heterogeneity and Texture Evolution in Non-Oriented Electrical Steel | |||
T. Nguyen-Minh | Formation of the {311}<136>texture component in BCC structured materials after conventional rolling | |||
T. Gu | Observations of microstructure evolution and damage during creep of Pb-free solder | |||
A. Kaijalainen | Texture Evolution During Cold Forming of Rectangular Hollow Section | |||
22:45- March 3 10f Microstructure |
Prof. A. Godfrey Tsinghua University China |
A. Godfrey | Keynote: High brightness synchrotron radiation investigation of grain rotation and subdivision during in-situ tensile loading of fine-grained aluminium | |
H. Shuto | Observation of Dislocation Walls during Cyclic Deformation in an Fe–3 mass %Si Alloy | |||
F. A. Garcia-Pastor | Development of Dillamore/Taylor texture after accumulative roll bonding processing of a Nb-1Zr alloy | |||
I. Mania | Adiabatic shear bands formation in polycrystalline aluminum | |||
S. Suzuki | Shear deformation analysis of Aluminum sample using EBSD | |||
M. Ito | In-situ observation of deformation texture evolution in copper alloys by neuron diffraction | |||
T. Morikawa | Observation of Inhomogeneous Deformation in a Cold-Rolled Ti-added Ultra-Low Carbon Steel using High-Precision Markers Drawn by Focused Ion Beam | |||
20 Recrystallization |
22:00- March 2 20a Alloys |
Prof. F. Wagner Universite de Lorraine Metz France |
D. Juul Jensen | Keynote: Impact of 3D characterization on the understanding of recrystallization textures. |
R. M. Suter | High Temperature HEDM Study of Recrystallization and Grain Growth in Additive 316 Stainless Steel | |||
M. Hasegawa | Texture evolution of NiCoCrAlY alloy by high temperature deformation | |||
U. M. Ciucani | Strong rotated cube textures in thin rolled, potassium-doped tungsten sheets during annealing up to 1300 °C. | |||
P. Thirathipviwat | Compositional complexity dependence of microstructure evolution and solid solution hardening in FeNiCoCrMn high entropy alloy system | |||
J. Singh | An investigation on recrystallization behavior of cold-rolled CoCrFeMnNi high entropy alloy during annealing | |||
H. Fukutomi | Effects of High Temperature Deformation on the Development of Microstructure and Texture of Solid Solution Alloys | |||
N. Nakada | Grain Refinement through Austenite Recrystallization induced by Martensitic Reversion in Super Invar Alloy | |||
22:45- March 2 20b Steel1 |
Prof. H. Paul Polish Academy of Sciences Poland |
N. Mavrikakis | The effect of Ti levels on the static recrystallisation texture of a silicon steel | |
Y. He | The Origin of the Cube ({001}<100>) Texture in Non-oriented Electrical Steel Sheets | |||
H. Atsumi | Effect of low temperature annealing on recrystallization texture of heavily cold rolled polycrystalline Fe-3%Si-C | |||
T. Imamura | Influence of grain size before cold rolling and cold rolling reduction rate on spatial distribution of major components of recrystallization texture in 3% Si-Fe steel | |||
S. Nakamura | Recrystallization in a cold rolled {211}<011> single crystal of Fe-3%Si Alloy | |||
J. Sun | Effect of Antimony Segregation on Texture Evolution of a 2%Si Electrical Steel after Annealing | |||
D. Okai | Secondary Recrystallization of Grains with Cube Orientation for Pure Iron Tape | |||
22:00- March 3 20c Al, Ti, Zr |
Prof. D. Juul Jensen Technical University of Denmark Denmark |
H. Paul | New orientation formation during primary recrystallization of aluminium single crystals | |
K. Ihara | Effect of heating rate on recrystallization texture formation in an unlubricated hot rolled Al-Fe alloy | |||
Y. Takayama | Texture evolutions in aluminum and Al-3%Mg alloy subjected to shear deformation and subsequent annealing | |||
R. Quey | Importance of deformation-induced local orientation distributions for nucleation of recrystallisation | |||
S. Chakraborty | Mesoscale modeling of recrystallization texture evolution in cold rolled copper | |||
S. Suwas | Evolution of recrystallization texture in face centered cubic materials | |||
N. Byres | The texture related development of abnormal grain structures during beta annealing of hot rolled ti64 plate. | |||
Y. Zhang | Dynamic recrystallization of α phase in TNM TiAl alloy by grain fragmentation during uniaxial isothermal compression | |||
22:45- March 3 20d Steel2 |
Prof. R. M. Suter Carnegie Mellon University USA |
Y. Hayakawa | Effect of ferrite-forming elements on texture development of cold-rolled steel | |
A. Taguchi | Differences in the number density trends of recrystallized grains when comparing 17%Cr stainless steel with IF steel | |||
F. Wagner | Oriented nucleation and oriented growth in IF steel revisited | |||
H. Minami | Effect of Ti carbide on static recrystallization behavior in low carbon high strength cold-rolled steel sheets | |||
Y. Suwa | 3D phase-field simulation of recrystallization in cold rolling and subsequent annealing of pure iron exploiting EBSD data | |||
K. Ito | Growth of Grains in the Third Orientation in Inhomogeneous Matrix Consisting of Two Orientation Groups- A Modified Potts-Monte-Carlo Simulation - | |||
N. Sugiura | Recrystallization behavior of heavily cross-rolled IF steel | |||
30 Grain Boundary and Grain Growth |
22:00- March 1 30a |
Prof. M. Kobayashi Japan |
Y. Ushigami | Keynote: Secondary Recrystallization in Grain-Oriented Silicon Steel |
M. Yasuda | Experimental evaluation of texture change during grain growth in electrical steel sheets and its prediction by phase field simulation | |||
G. Abbruzzese | General Metallurgical Model of Secondary Recrystallization of GO Silicon Steel including prevision of Magnetic Properties (B800) and Secondary Grain Size | |||
H. Shi | Localized strain induced abnormal growth of cube oriented grain in a graphene nanosheets (GNS) reinforced copper matrix composite | |||
R. M. Suter | Recent Developments in Coarsening: What’s Wrong With Capillarity? | |||
R. Pei | Grain Growth Phenomena and Related Textures in Magnesium: Experimental Observations and Computer Simulations | |||
K. Marquardt | Grain boundary structure of garnet: changes with pressure? | |||
40 Phase Transformation |
22:00- March 4 40a Steel |
Prof. T. Furuhara Tohoku University Japan |
T. Furuhara | Keynote: Variant Selection of Phase Transformations in Steels |
K. Hata | Reconstruction of 3D α–γ microstructure and boundary migration analysis in α→γ phase transformation in an Fe- Mn-low C alloy | |||
H. Pirgazi | Automated reconstruction of parent austenite phase based on optimum orientation relationships | |||
T. Tomida | Variant Selection in Phase Transformation and its Influence on Texture and Martensite Starting Temperature in Steel. | |||
Y. Tanaka | Temperature Dependency of Diffusional Transformation Texture Development in Fe-C-Si-Mn alloy | |||
R. Chulist | Adaptive phase or variant formation in modulated Ni-Mn-Ga martensite? | |||
P. Yang | On the transformation textures induced by surface effects | |||
R. Ueji | Orientation Dependence of Transformation Induced Plasticity in High Carbon Bainitic Steel | |||
22:45- March 4 40b Ti, Zr |
Prof. M. Hasegawa Yokohama National University Japan |
R. Xin | Understanding the Variant Selection Rules for Grain Boundary Alpha in a Metastable Beta-titanium | |
M. D. Atkinson | A software for beta reconstruction from alpha orientation maps in Ti and Zr alloys | |||
H. Xiang | Variant selection during β to α transformation for Ti-6Al-4V alloy produced by Selective Laser Melting printing | |||
F. Niessen | Parent grain reconstruction from fully or partially transformed martensitic microstructures in MTEX | |||
T. Tomida | Study of Texture Memory in Ti by Time-of-Flight Neutron Diffraction and Texture Prediction via Harmonic Method | |||
I. G. Kim | The Texture Evolution and Phase Transformation during Annealing in Electroformed Invar | |||
S. Singh | Texture evolution in High Energy Density Experiments | |||
60 Textures and properties of crystalline materials |
22:00- March 2 60a Ni, Al, SUS |
Prof. L. Zuo Northeastern University China |
J. A. Szpunar | Keynote: A Role of Texture and Grain Boundary Structure in Controlling Oxidation, Hydrogen Ingress and Fracture in Nuclear Materials |
T. Dessolier | Microstructural assessment from the mm to the atomic scale of an ex-service centrifugally cast HP40 reformer tube creep damage | |||
L. Zuo | Microstructure features and magnetic properties of 7M modulate martensite in <110>A oriented Ni–Mn–Ga thin films | |||
I. Kalemba-Rec | Texture development in the Friction Stir Welded Aluminum Alloy | |||
M. Kopyscianski | Texture transformation during friction stir processing of the Al-Si alloys | |||
R. Gholizadeh | Evolution of Texture in Polycrystalline Metals Subjected to Large-Strain Torsion at Different Temperatures | |||
J. Grasserbauer | Particle related texture and microstructure modifications in Al-Mg alloys with Fe and Mn additions | |||
J. Capek | Microstructural study of duplex stainless steel after turning using EBSD and X-ray diffraction analysis | |||
D. Chalapathi | Effect of Orientation Relationships on Texture Evolution During Cold Rolling in fcc/bcc Multi-phase Materials | |||
22:45- March 2 60b Ti, Zr, Mg |
Prof. W. Skrotzki Germany |
R. Ummadi | Role of microstructure and crystallographic texture on the mechanical anisotropy of Ti-6Al-4V | |
O. Krymskaya | Influence of substructure inhomogeneity on the physical properties anisotropy of textured materials | |||
S. Stolbov | Dependence of thermal expansion of Zr-based products on their crystallographic texture | |||
D. Wojtas | Texture-related biological properties of severely deformed titanium | |||
P. C. Gautam | Fracture Toughness of Hot Rolled Pure Mg: Correlation with Microstructure and Texture | |||
D. K. Chouhan | Twin induced Strain Hardening behavior, Grain Fragmentation and texture evolution during cold compression of CP-Ti | |||
R. Lim | Anisotropic Thermal Expansion of Ti-7Al Using Far-Field High Energy X-Ray Diffraction Microscopy | |||
22:00- March 3 60c Steel |
Dr. S. Takajo JFE Steel Japan |
A. K. Singh | Improving Ductility in Dual-Phase Steel by Cold Rolling and Intercritical Annealing | |
A. Singh | Study on the microstructure and texture evolution during isothermal hot compression of as-cast medium Mn steel | |||
A. K. Patra | Effect of cold rolling on the texture and microstructure evolution in a medium Mn steel | |||
V. A. Milyutin | The role of deformation twins in recrystallization texture formation of the FeGa alloy. | |||
J. Sun | 3D Non-destructive Characterization of Texture Evolution in Electrical Steels with Laboratory Diffraction Contrast Tomography | |||
N. Zhang | η-fiber microstructure and texture evolutions in ultra-thin silicon steel | |||
S. Wronski | Modification of crystallographic texture and stress anisotropy by cross-rolling process | |||
J. Galan-Lopez | Modelling of Polycrystalline Microstructures Using a Continuous Grain Size and Orientation Distribution Function | |||
70 Texture control for producing high performance materials |
22:45- March 3 70a Al, Cu, Mg |
Prof. M. Demura NIMS Japan |
G. Falkinger | Modeling texture evolution in aluminum alloys during industrial hot rolling |
O. A. Velazquez Carrillo | Thermal stability of the deformation texture and microstructure of a severe plastically deformed Al-7075 alloy. | |||
H. Kaneko | Deformation Induced Fine Crystals in Cu-30Zn BrassDeformation Induced Fine Crystals in Cu-30Zn Brass | |||
H. Inoue | Evolution of recrystallization texture for Cu-30%Zn alloy sheets with high Young’s modulus in the transverse direction | |||
Y. Onuki | Simultaneous control of texture, microstructure, and shape by hot deformation for magnesium alloy AZX612 | |||
F. Z. Mouhib | Texture selection mechanisms during recrystallization and grain growth of a magnesium-zinc-erbium alloy | |||
T. Sasaki | Achieving excellent room temperature formability by tailoring texture in a novel bake-hardenable magnesium alloy sheet | |||
22:45- March 4 70b Steel, Ti |
Prof. H. Utsunomiya Osaka University Japan |
R. H. Petrov | Texture control in pipeline steels by thermo-mechanical control processing | |
Y. Morimoto | Effect of Hot Rolling Conditions on Ridging Resistance of Type 430 Ferritic Stainless Steel Sheet | |||
K. Nishimura | Effect of cold-rolling reduction on {111} texture formation in ferritic stainless steel sheet. | |||
V. Mertinger | Comparative study of micro and macro texture in high purity niobium after straight and cross rolling | |||
B. Fernandez Silva | Microtexture analysis of near-α titanium alloy Timetal 834 with varying macrozone sizes | |||
G. Tsukamoto | Evolution of deformation microstructure during cold rolling in O-added and Al-added titanium alloys | |||
80 Multiphase and Composite Materials and Geological Materials |
22:45- March 1 80a |
Dr. S. C. Vogel Los Alamos National Laboratory USA |
S. C. Vogel | Keynote: Microstructure Evolution during dynamic compression in titanium characterized with the XFEL at LCLS-2 |
J. Kopecek | Aluminothermally processed alloy from polymetallic ore | |||
P. Kot | Selective investigation of microstresses for different grain orientations and different phases using TOF neutron diffraction | |||
D. Zoellner | The link between morphogenesis and texture development in molluscan shells | |||
Y. Yang | Multiscale 3D Investigation of materials texture with X-ray Microscopy | |||
T. Hiraga | Grain boundary sliding-induced grain rotation and its role in crystallographic preferred orientation in rocks | |||
S. Sawa | Microstructure evolution of olivine-spinel phase transformation under differential stress for deep-focus earthquakes by phase field method | |||
90 Surfaces and Interfaces |
22:00- March 4 90a |
Prof. I. Samajdar Indian Institute of Technology Bombay India |
I. Samajdar | Keynote: The Defining Role of Substrate Crystallographic Texture on the Oxidation Behavior of Steel |
Y. Todaka | Effect of Texture on Tribological Behavior under Oil Lubrication in Pure Fe Produced by High-Pressure Torsion Straining and Annealing | |||
C. R. Bilsland | Correlative microscopy and applied statistics – using combined Electron Diffraction and Energy Dispersive X-ray Spectroscopy to understand Interface Populations | |||
V. Y. Kolosov | Complicated textures in crystallized amorphous films: transrotational crystals revealed by TEM | |||
110 Characterization techniques |
22:00- March 3 110a EBSD |
Prof. W. Pantleon Technical University of Denmark Denmark |
S. Wright | Keynote: EBSD: A Glance Backward and a Look Forward |
T. B. Britton | A data science approach for characterisation of fine scale feature using correlative electron backscatter diffraction and energy dispersive spectroscopy | |||
B. Aashranth | An alternative analysis of crystallographic texture using fractal geometry | |||
M. Kosaka | Evaluation of lattice parameter ratio of lamellar cementite by EBSD parameter fitting | |||
P. Trimby | High speed materials characterization using fiber-optic coupled CMOS EBSD detectors | |||
H. Hao | High Throughput 3D Characterization using a Fs Laser Integrated with a Gallium FIB-SEM | |||
22:45- March 3 110b Texture Analysis |
Dr. P. Xu Japan Atomic Energy Agency Japan |
R. Hielscher | Interpolating Directions, Axes and Orientations | |
S. Singh | Texture representation using Discrete Harmonics | |||
B. J. Schuessler | Stereological analysis of triple line orientations | |||
S. Tanaka | Residual Stress Measurement in Textured Materials | |||
S. Oda | Depth Profile of Residual Stresses to Analyze Textures in Extruded A6XXX | |||
D. Suarez Fernandez | Using Machining Force Feedback Response for Material and Texture Characterisation | |||
W. Pantleon | Cyclic ring fiber textures in single tungsten fiber-reinforced tungsten composites | |||
M. Sepsi | Nondestructive pole figure and ODF measurement method by CHI mode- an innovative application of a robot armed centreless X-ray diffractometer | |||
22:45- March 4 110c 3D analysis and QB |
Dr. S. Wright EDAX USA |
F. Bachmann | Advanced acquisition with Laboratory Diffraction Contrast Tomography (LabDCT) | |
M. Kobayashi | Investigation of relationship between grain structure and inhomogeneous deformation by means of a laboratory-based multimodal X-ray tomography | |||
R. Lim | Uncertainty Quantification and RVE Size for Far-Field High Energy X-Ray Diffraction Microscopy Measurements | |||
S. C. Vogel | Round Robin for Neutron Texture Analysis | |||
W. Gan | Texture measurements of archaeological objects with monochromatic neutrons at STRESS-SPEC | |||
P. Xu | In-House Texture Measurement Using RIKEN Accelerator-Driven Compact Neutron Source | |||
130 Modelling on texture formation and property estimation |
22:00- March 4 130a |
Prof. J. J. Sidor Savaria Institute of Technology, Eotvos Lorand University Hungary |
L. S. Toth | Keynote: Self-organized behavior of deforming polycrystals |
D. Lindell | Prediction of grain morphology by full field crystal plasticity modelling using dual-grid fast Fourier transform formalism | |||
C. S. Patil | Effect of constitutive laws on the full field predictions of crystal plasticity simulations | |||
R. Kobayashi | Prediction of mechanical properties based on the crystal plasticity simulation considering microstructure information of high entropy alloys. | |||
C. Zhang | 3D simulation of texture evolution induced grain coarsening in FCC polycrystals during severe plastic deformation | |||
M. Sepsi | Texture in T-ECAP of Aluminum | |||
J. Ochoa-Avendano | Mean-field model for simulation of recrystallization textures based on EBSD and nano-indentation measurements | |||
J. J. Sidor | Process parameter influence on deformation and recrystallization textures in Al alloys | |||
M. Wronski | Deformation behavior of CP-titanium under strain path changes: Experiment and Crystal plasticity modeling | |||
S. K. Sahoo | Comparison of the Predictive Capacities of Two Texture Modeling Schemes in Compression of Magnesium; the PTR (Predominant Twin Reorientation) and the ATV (All Twin Variants) Approaches | |||
H. Ghiabakloo | The effect of grain-to-grain orientation correlations on r-value prediction | |||
150 Additive manufacturing |
22:00- March 1 150a AM1 |
Prof. K. Morishita Kyushu University Japan |
T. Nakano | Keynote: Formation of Crystallographic Texture by Additive Manufacturing |
A. E. Davis | Simulation and Texture Investigation of a Novel Recrystallisation Mechanism in Ti-6Al-4V during Wire-Arc AM with Inter-Pass Deformation | |||
N. Haghdadi | Texture and intervariant boundaries characteristics in Ti-6Al-4V alloy processed by electron powder bed fusion additive manufacturing | |||
K. Yamanaka | Microstructural and texture characterization of additively manufactured commercially pure titanium | |||
M. G. Isaenkova | Regularities of the crystallographic texture formation in products obtained by selective laser powder melting | |||
P. Trimby | Mapping Prior Beta Grain Texture in Ti 6Al 4V after Additive Manufacturing and Post Processing | |||
Y. Yang | X-Ray Microscopy for 3D Characterization and Qualification of AM Materials | |||
K. Morishita | Time-Resolved X-ray Imaging of Melting and Solidification Process of Metallic Materials by Laser Irradiation | |||
R. Jain | Understanding the strain hardening behavior of additively manufactured AlSi10Mg alloy | |||
22:45- March 1 150b AM2 |
Prof. T. Nakano Osaka University Japan |
J. Aroh | Crystallographic Analysis of Cell Structures in Additively Manufactured 316L | |
A. Rubanov | Influence of laser beam scanning strategy in the selective laser melting of 316L steel powder on macrostress | |||
D. Kumar | Microstructural anisotropy in Electron Beam Melted 316L stainless steels | |||
H. Pirgazi | On the anisotropy of microstructure and texture in selective laser melted maraging stainless steel | |||
A. Choi | Grain Orientation Analysis of Additively Manufactured 316L Stainless Steel Using Laser Powder Bed Fusion | |||
R. J. Vikram | Electron Beam Melting (EBM) of Superalloy IN718: Impact on Microstructure, Texture and Mechanical Behavior on Adopting a New Heat-Treatment Schedule |
Category | No. | Presenting Author | Title | |
10 Deformation |
1 | H. Azzeddine | Microstructure and microtexture of hot-deformed and annealed WE54 alloy: An EBSD examination | |
2 | S. Kaneko | Evolutions of Mechanical Properties and Macro Textures of AZ91D sheets by Hot Rolling and Subsequent Annealing | ||
3 | A.L. Helbert | Bonding mechanisms at the interface of a bimetallic colaminated strip composed of two different Fe-Ni alloys | ||
4 | K. Masaoka | Microstructure and texture development in AZX612 magnesium alloy during tensile deformation at elevated temperatures | ||
5 | V. Sahu | The Effect of Notch Acuity on Micro-mechanisms of Deformation in Ti6Al4V: An In-situ study | ||
6 | S. Lee | Texture and mechanical properties of Cu alloy by cryogenic high-speed rolling | ||
7 | A. Jarzebska | Microstructure characterization of biodegradable Zn-Cu alloys subjected to hybrid deformation composed of hot extrusion and cold rolling | ||
20 Recrystallization |
8 | K. Okuda | Recrystallization behavior of IF steel at the interface of Al junction | |
9 | V. Yadav | A phase-field investigation of recrystallization boundary migration into heterogeneous deformation energy fields: Effects of dislocation boundary sharpness | ||
10 | Z. Liu | Study on texture gradient of primary recrystallization sheet of Hi-B electrical steel manufactured by acquired inhibitor method | ||
11 | A. Suzuki | Texture development of Mg-Li based alloys by high temperature unaxial compressive deformation | ||
12 | T. Yamanoi | Effects of Fe, Si, and Cu on Recrystallization Behavior in High Purity Aluminum Foil | ||
13 | H. Azzeddine | Investigation of the deformation and recrystallization kinetics in an Mg-Dy alloy processed by plane strain compression | ||
30 Grain Boundary and Grain Growth |
14 | S. Nakamura | Growth and energy state of PTCDI-C8 / C8-BTBT bi-layers by thermal evaporation | |
15 | S. Suzuki | Grain growth in soft magnetic ferritic stainless steels under compressive stresses at high temperatures | ||
16 | J. Oddershede | A Novel Probe for Grain Boundary Characterization: Laboratory Diffraction Contrast Tomography | ||
40 Phase Transformation |
17 | Phase transformations in Ti–Nb alloys induced by HPT | ||
18 | S. Uranaka | Morphology and Crystallography of Martensitic Structure in Medium Mn Steels | ||
19 | B. Hutchinson | Surface textures in die castings and solidified zinc | ||
60 Textures and properties of crystalline materials |
20 | T. Hoshino | Change in intragranular misorientation during stress relaxation in Al-Cu-Mg-Mn alloy subjected to continuous cyclic bending | |
21 | T. Fukutomi | Change in intragranular misorientation during stress relaxation in Cu-Ni-Si alloy subjected to continuous cyclic bending | ||
22 | A.L. Helbert | Heterogeneity of microstructure, texture and mechanical properties along the building direction of Ti-6Al-4V alloy developed by SLM | ||
23 | M. Zaripova | The influence of the crystallographic texture and phase composition of Ti-Nb-Zr alloys with shape memory and superelasticity on their functional properties | ||
24 | M. Zaripova | The study of reversible martensitic transformations in superelastic Ti-Zr-Nb-based alloys | ||
25 | N. Kim | Olivine fabric development during diffusion creep by channel angular extrusion | ||
26 | T. Kodama | EBSD analysis on lap joint cross-section of dissimilar metallic foils by spot friction stir diffusion bonding | ||
27 | X. Zeng | The alpha and beta texture of hot rolled Ti-6Al-4V | ||
28 | Ki-S. Park | Effect of strain paths on surface roughness of Interstitial Free steel using crystal plasticity finite element method based on a 3D representative volume element | ||
29 | V. Javaheri | Effect of post-rolling cooling on the hot-rolled microstructure and texture of a new medium-carbon steel | ||
30 | A. Pariyar | Microstructure and texture development in a polymer derived in-situ ceramic reinforced aluminum matrix composite | ||
31 | A. Oponowicz | Determining of residual stresses in mechanically textured and polished austenitic stainless steel using synchrotron diffraction | ||
70 Texture control for producing high performance materials |
32 | T. Ito | Effect of severe shear deformation on deformation and recrystallization texture of pure niobium | |
33 | R. Tamura | Texture control of high purity niobium tube by tube channel pressing | ||
80 Multiphase and Composite Materials and Geological Materials |
34 | T. Taniguchi | Texture formation of TiAl based alloy processed by either one-step or two-step compression at high temperature | |
35 | M. Yasuda | ACOM-TEM and t-EBSD analysis of ferroelectric Hf(1-X)ZrX2 thin film prepared by RF sputtering | ||
36 | R. Sugaya | Mineralogical Characterization on Acicular Magnetite Exsolved in Plagioclase | ||
37 | M. Strag | Microstructure and orientation characteristics of prismatic calcitic layer forming the outer part of selected mollusk shells | ||
90 Surfaces and Interfaces |
38 | S. Zhang | Multilayering electrodeposition process of textured nanocrystalline iron-nickel alloys and their mechanical properties | |
39 | L. Maj | Titania coatings fabricated with micro-arc oxidation method on titanium grade 4 subjected to hydrostatic extrusion | ||
110 Characterization techniques |
40 | S. Sato | Interplay between phase transformation and dislocation evolution in iron-based shape memory alloys | |
41 | K. Umemura | In situ neutron diffraction study of kinetics of phase transformation in austempering process in low-alloyed TRIP steels | ||
42 | K. Nakagawa | Elucidation of grain-size effect on dislocation-strengthening factor by using X-ray diffraction and EBSD | ||
43 | M. Hirata | Using synchrotron radiation XRD technique to investigate active slip systems during tensile deformation in pure magnesium. | ||
44 | M. Azimi | A comparison of 2D and 3D EBSD characterization in dual-phase steels | ||
45 | T. Yoshikawa | Evaluation of active slip systems during deformation by In-situ XRD in precipitation hardening Mg Alloys | ||
46 | M. Bieda | Microstructural evolution of deformed low alloyed zinc during annealing – in-situ and ex-situ SEM/EBSD investigations | ||
150 Additive manufacturing |
47 | W. Wang | Microtexture investigation of cell structures formed during selective laser melting of an austenitic stainless steel | |
48 | S. Takajo | High Temperature Characterization of Additively Manufactured Ti-6Al-4V Using Neutron Diffraction and EBSD | ||
49 | T. Yamanouchi | The Solidification Process of Magnesium Alloys Fabricated by Selective Laser Melting |