Tomar Meeting Mar 10-15, 2019 (Sunday evening to Friday noon)
Sunday Evening: Dinner at the Hotel 6PM-9PM
Overview: 7 oral presentations in the morning before lunch and 6 in theafteroon session before dinner, Interspersed with Poster Displays,
Discussions and Coffee Breaks.
( Approximately 52 oral and 35 poster presentations)

AM Schedule
Mon, Tue, Wed, Thu(see below for Fri)Start

8:30 AM

4 talks
Break
Poster Highlights and Visitation
3 talks

8:30 AM to 10:00 AM
10:00 AM to 10:30 AM
11:00 AM - 12 noon
12 noon - 1:00 PM

Lunch

PM Schedule
Mon, Tue, Thu.

1:00 PM to 2:30 PMStart

2:30 PM

3 talks

2:30 PM to 3:45 PM

Posters and Coffee

3:45 to 4:30 PM"All-hands-present" Discussion: Posters and Oral
4:30 PM to 5:30 PM
Presenations
3 talks (w/extended discussion)
5:30 PM to 7:00 PM
PM (Wednesday)

Excursion(s) in and around town. Back to the Hotel for Dinner
DinnerPosters

Friday AM Schedule

Approx. 7:00 to 8:30 PM (Su, Mo, Tu, We, Th))
Mon, Tue, Wed, Thu
Approx. 8:30 PM to 11 PMStart
3 talks, w/extended discussion
Break
3 talks, w/extended discussion

8:30 AM
9:00 AM to 10:30 AM
10:30 AM to 11:00 AM
11:00 AM to 12:30 PM

1P

Manufacturing (SPS, Large Samples, Sinterforging,
Additive)

2P

In-Situ and Ex-Situ Characterization and Methods (Xray, TEM, Optical, Mechanical)

3P

Computational and Analytical (First Principles,
Molecular Dynamics, Models, Large Data)

4P

Ionic Materials and Glasses (YSZ, Urania, Ceria,
Liquid Phase)

5P

Futuristic Discussion Topics (Heating Rate,
Ionic/Electronic, Phonons/Electrons, Interfaces andElectrode Effects)

6P

SPS and Microwave (Common Themes, Linkage toFlash)

7P

Metallic, Conductive and Non-Oxides (Metals,
Semiconductors, Carbon)

8P

Complex Ceramics (Energy, Functional, Structural,
Optical)Fri AM

Thu PM

Thu AM

Wed AM

Tue PM

Tue AM

Mon PM

Mon AM

Program Topics

Monday (AM):
8:30 AM to 1 PM
(Please see Front Page for the Schedule)

1P: Manufacturing (5 oral)
2P: Characterization (2 oral)

Martinm.bram@fz-juelich.de

Forschungszentrum Jülich
GmbH

Germany

1P

Field assisted sintering of larger scaled
ceramic parts using adapted tool design andhybrid heating

Van der
Laan

AntoineCIRIMAT, Université devan-der-laan@chimie.ups-tlse.fr
Toulouse, CNRS, France;
Norimat, France

France1P

Elaboration of complex shapes by Spark Plasma
Sintering

PretteAndre L. G.

andre.prette@lucideon.comLUCIDEON

UK

1P

Flash sintering of injection molded zirconia
under AC electric field for enhancement of
optical properties

GuillonOliviero.guillon@fz-juelich.de

Forschungszentrum Jülich
GmbH

Germany

1P

Electrical field assisted sintering of yttrium
doped ceria investigated by sinter-forging

Grigoryev

Evgenyeugengrig@mail.ru

ISMAN

Russia1P

Advantages of the method of high-voltage
consolidation of powder materials

NP-1

Hennicke

Juergenj.hennicke@fct-systeme.deFCT Systeme GmbHGermany

1P

Hybrid Sintering – The Beneficial Combinationof Sintering Principles

NP-2

Serrazina

Ricardoserrazina@ua.pt

Portugal

1P

Exploitation of industrial application of FLASH
to sinter ceramics

NP-3

GuillonOlivier

1P"Fields Matter" Intiative in Germany

NP-4

VaidhyanathBala
anb.vaidhyanathan@lboro.ac.uk
Loughborough University

UK

1P

Field Assisted Processing of 3D printed
Ceramics

BiesuzMattiaQueen Mary University ofmattia.biesuz@outlook.comLondon; Southwest Jiaotong
University

UK/China

2P

Electrochemical, Optical and Thermal Effects
during Flash Sintering of 8YSZ

MurrayShannonsemurra2@illinois.edu

USA

2P

Study of the phase transformation induced byflash sintering in Mn2O3 and the investigationof the role of defects in flash sintering using
in-situ Raman spectroscopy<--

POSTERS

Bram

University of Aveiro

University of Illinois at
Urbana Champaign

Monday (PM):
2:30 PM to 6:30 PM(Please see Front Page for the Schedule)
Kok

David

dkok@uci.edu

University of California,
Irvine2P: Characterization (5 oral)
3P: Theory (1 oral)

USA

2P

Increase in Hardness for Flash Sintered
Ceramics

2P

In-Situ X-ray Characterization of Phase
Evolution during Solid-State Reactions ofMulticomponent Systems

Technion - Israel Institute
Israelof Technology

2P

Solute-Drag vs Solute-Acceleration During
Microstructural Evolution of Alumina

breeja@cmu.edu

Carnegie Mellon University

USA

2P

Anisotropic lattice expansion in Titania under
microwave radiation: Evidence for field-driven,
non-thermal effects

Paula M.

paula.vilarinho@ua.pt

University of Aveiro

Portugal

2P

Dielectric behaviour of FLASH sintered KNN

CamposJoão Vitor

joao2.campos@usp.br

University of São Paulo

Brazil2P

Influence of 3YSZ sample height at the onset
temperature of flash sintering

NP-6

WagnerAvitalavitalwa@post.bgu.ac.il

Ben-Gurion University of
the Negev

Israel2P

Photoluminescence in SPS-processed transparent
Ce:YAG ceramics

NP-7

Fagnard

Electrical Engineering andJean-Francois fagnard@montefiore.ulg.ac.be
Computer, University of
Liege

Belgium

2P

In situ measurements of partial discharge
patterns on porous YSZ pellets pressed between
planar platinum electrodes used for flash
sintering

NP-8

BeckerMattanIsrael2P

A Novel System for Quenching during Flash
Sintering

NP-9

Schwarzbach Danny

Georg-August-University
danny.schwarzbach@phys.uni-goettingen.de
Goettingen

Germany2PIn-situ Electron Microscopy Studies of Electric
Field Assisted Sintering of Oxide Ceramics

Ghose

Sanjitsghose@bnl.gov

NSLS II, Brookhaven
National Laboratory

KaplanWayne D.

kaplan@technion.ac.il

Jayan

B. Reeja

Vilarinho

NP-5

mattan14@gmail.com

TechnionUSA

NP-10 Grigoryev

Evgenyeugengrig@mail.ru

ISMAN

Russia2P

Tensile strength of materials obtained byelectric pulse consolidation of powders

NP-11 Ratzker

Barakratzkerb@post.bgu.ac.il

Ben-Gurion University of
the Negev

Israel2P

Microstructure evolution during high-pressure
spark plasma sintering (HPSPS) of transparent
aluminaNP-12 Preusker

Janjan.preusker@kit.edu

KIT

Germany

2P

Impact of an external electric field on grain
growth in oxides: comparison of flash sinteredsamples to field assisted grain growth.

Malte

Malte.Jongmanns@uni-due.de
University of Duisburg-Essen Germany

3P

Formation of defect-enriched phases far fromequilibrium as a flash sintering mechanism

Jongmanns

Tuesday (AM):
8:30 AM to 1 PM
(Please see Front Page for the Schedule)
Kalia

Rajiv

rkalia@usc.edu

University of Southern
California

3P: Theory (3 oral)
4P: Ionic and Glass (4 oral)

USA

3P

Deep Learning of CVD Growth and PhaseTransition Pathways in Layered Materials*

Portugal

3P

Modeling of Joule heating in KNN FLASH
sintering

Germany

3P

Thermal Runaway, Dynamic Stability and Process
Control in Flash Sintering

Lukas

lukas.engelke@uni-due.de University of Duisburg-Essen Germany

3P

Pattern formation during current sintering(Simulation)

Chaim

Rachmanrchaim@technion.ac.il

Technion-Israel, Materials
IsraelScience and Engineering

4P

Kinetics of liquid-assisted densification
during flash sintering of ceramic nanoparticles

RamírezGonzálezJulia

jramirezgonzalez1@sheffield.ac.uk
The University of Sheffield UK

4P

Impedance characterization of calcia-stabilised
zirconia as a fuction of applied field

MORITA

Koji

morita.koji@nims.go.jp

National Institute forMaterials Science (NIMS)

Japan

4P

High Temperature Tensile Behavior of Zirconia
Ceramics under dc Current

Ren

Ke

renke@mail.nwpu.edu.cn

Northwestern Polytechnique
University

China

4P

Densification and grain growth kinetics of
3mol% Y2O3 stabilized zirconia during flash
sintering

Serrazina

Ricardoserrazina@ua.pt

Pereira da
Silva

João

joao.silva@fz-juelich.de Forschungszentrum Jülich

NP-13 Engelke

University of Aveiro

Tuesday (PM):
2:30 PM to 6:30 PM(Please see Front Page for the Schedule)

4P: Ionic and Glass (6 oral)

USA

4P

Deformation mechanisms of flash sintered yttria
stabilized zirconia via in-situ micromechanicaltestinganne.wesner@ikts.fraunhofer.deFraunhofer IKTS

Germany

4P

Hybrid/FAST sintering on Glass/Alumina

Hidehiro

National Institute for
YOSHIDA.Hidehiro@nims.go.jp
Materials Science

Japan

4P

Low temperature and high strain rate
superplastic flow in structural oxide ceramics
induced by flash event

Liu

Jinlingliujinling@swjtu.edu.cn

Southwest Jiaotong
University

China

4P

The Onset of Flash Sintering 8YSZ

Grimley

Carolyncajensen@ncsu.edu

North Carolina State
University

USA

4P

Comparison of the Electrical and Structural
Properties of Flash Sintered Yttria-stabilized
Zirconia

Yadav

Devinderdevinder@iitp.ac.in

IIT, Patna, India andUniversity of Colorado
Boulder

India

4P

Study of flash phenomena on single crystals of
cubic 8 mol% yttria stabilized zirconia

Cho

Jaehuncho299@purdue.edu

WesnerAnne

YoshidaPurdue University

Wednesday (AM):
8:30 AM to 1 PM
(Please see Front Page for the Schedule)

4P: Ionic and Glass (1 oral)
5P: Future (6 oral)

USA

4P

Electric field induced softening of glass: what
can it tell about the mechanism of flash
sintering?

isabela.lavagnini@usp.br University of São Paulo

Brazil4P

Microstructural evolution of 3YSZ flash
sintered with current ramp controlAnaanagstorion@usp.br

University of Sao Paulo

Brazil

4P

Influence of the conformation method on flash
sintering of ZnO ceramics

Dianguang

dianguang@swjtu.edu.cn

Southwest Jiaotong
University

China

4P

Dc Electric Field Assitd 3ysz CeramicSuperplastic Deformation

PerezMaqueda

Luis A.

maqueda@cica.es

Instituto de Ciencia deMateriales de Sevilla (CSIC- Spain
US)

5P

Reaction flash sintering for producing highquality functional ceramics within seconds

GarciaEdwin

redwing@purdue.edu

Purdue University

USA

5P

Charged Grain Boundaries and theMicrostructural Evolution of Ionic Ceramics

VendrellXavierUniversitat Politècnica dexavier.vendrell.villafruela@upc.edu
Catalunya, University of
Sheffield

Spain

5P

Enhanced ionic conductivity of 8 mol% Yttria
Stabilised Zirconia by flash sintering

Shoemaker

Danieldpshoema@illinois.edu

University of Illinois

USA

5P

Local structure and kinetics of defectaccumulation in titania flash events

Riess

ILan

riess@technion.ac.il

Technion, Faculty of Physics Israel

5P

Mixed ionic electronic conductivity and flash
sintering

Wurster

StefanErich Schmid Institute of
stefan.wurster@oeaw.ac.atMaterials Science

5P

Metastable Nanomaterials and Nanocomposites
obtained by High Pressure Torsion Powder
Consolidation

Jain

Himanshuh.jain@lehigh.edu

NP-14 Lavagnini

Isabela R.

NP-15 Storion
NP-16 Liu

Lehigh University

Austria

Thursday 8:30 AM to 1 PM
(Please see Front Page for the Schedule)

5P: Future (1 oral)
6P: SPS and Microwave (6 oral)

West

Anthony

a.r.west@sheffield.ac.uk University of Sheffield

UK

5P

Some observations on the response of oxides toan applied field

NP-17 Cho

Jaehuncho299@purdue.edu

USA

5P

Field-induced mass transport phenomena in flash
sintered high temperature ceramics explored byin situ SEM and TEM

NP-18 Avila

Viviana

University of Colorado
viviana.avila@colorado.edu
Boulder

USA

5P

Flash sintering of ceramic films: the influenceof surface to volume ratio

NP-19 Jo

Seohyeonseohyeon.jo@colorado.edu

University of Colorado
Boulder

USA

5P

Transition to partial electronic conductivity
at the onset of Flash measured by in-situ
impedance spectroscopy

NP-20 Kathiria

Rushi K.

University of Colorado
rushi.kathiria@colorado.edu
BoulderUSA

5P

In-situ measurements of the elastic modulus of
Zirconia polycrystals held in a state of flash
induced by an electric field

Purdue University

NP-21 Yoon

Bola

bola.yoon@colorado.edu

University of Colorado
BoulderUSA

5P

Unusual atom displacements in TiO2 during flash
sintering

NP-22 Avila

Viviana

University of Colorado
viviana.avila@colorado.edu
BoulderUSA

5P

Powders of four elemental oxides transformed
and sintered by reactive flash

NP-23 Raj

Rishi

rishi.raj@colorado.edu

University of Colorado
BoulderUSA

5P

Lattice Softening

NP-24

Yoed

tsur@technion.ac.il

Technion, Israel Instituteof Technology

Israel5P

A short review of FS mechanisms

Rybakov

Kirill I.

rybakov@ipfran.ru

Institute of Applied
Physics, Russian Academy of Russia
Sciences

6P

Ultra-rapid microwave sintering of ceramics andpowder metals

Suzuki

Tohru S.

suzuki.tohru@nims.go.jp

National Institute forMaterials Science

Japan

6P

Effective colloidal processing fordensification before SPS

Nakamura

Nathan J.

nnakamur@andrew.cmu.edu

Carnegie Mellon University

USA

6P

The Role of Defects in Microwave-Assisted
Synthesis of Cubic ZrO2

MishraTarini Prasad t.mishra@fz-juelich.de

Forschungszentrum Jülich
GmbH

Germany

6P

Electric field assisted densification of 10
mol. % Gadolinium Doped Ceria (GDC 10)

Elissalde*Catherine

catherine.elissalde@icmcb.cnrs.fr
ICMCB/CNRSFrance6P

Some strategies to (co)-sinter refractory
functional oxides at low temperature by Spark
Plasma Sintering

Josse*

Michaël

Université de Bordeaux,michael.josse@icmcb.cnrs.fr
ICMCB

France6P

Cool-SPS: pulling down the temperature, pushingup the reactivity

Thursday 2:30 PM to 6:30 PM(Please see Front Page for the Schedule)
Japan

6P

Grain growth behavior during spark plasma
sintering of ceramics

Fraunhofer IKTS, Dresden,
jan.raethel@ikts.fraunhofer.deGermany

Germany

6P

Reproducibility of Fast/sps Experiments

eugengrig@mail.ru

ISMAN

Russia6P

β-SiAlON-based ceramic composites by combustion
synthesis and spark plasma sintering

NP-27 El Khoury* Lizaelkhouryliza@gmail.com

ICMCB, UMR 5026, F-33600
FrancePessac, Bordeaux University

6P

NP-28 Moskovskikh Dmitry

mos@misis.ru

National University of
Science and Technology,
MISiS

6P

Kim

Byung-Nam

kim.byung-nam@nims.go.jp

NP-25 RaethelJan

NP-26 Grigoryev

EvgenyNational Institute forMaterials Science

6P: SPS and Microwave (1 oral)
7P: Metallic and Carbon Based (5 oral)

RussiaEvidence for microstructure-dependent
hysteresis in SCO molecular ceramics preparedby Cool-SPS
Spark plasma sintering of
Hf0.2Ta0.2Ti0.2Nb0.2Zr0.2C and
Hf0.2Ta0.2Ti0.2Nb0.2Mo0.2C high-entropy ultrahigh temperature ceramics

LeichLennartlennart.leich@rub.de

Ruhr-Universität Bochum,
Lehrstuhl Werkstofftechnik

Germany

7P

Densification of NdFeB Magnets by ElectroDischarge Sintering - Microstructure,
Mechanical and Magnetic Properties

Wang

Yiguangwangyiguang@bit.edu.cn

Beijing Institute ofTechnology

China

7P

Electrical-field assisted flash joining of
ceramic oxide-ceramic oxide and ceramic oxidemetal

Rosenberger Andrew

Oak Ridge Associated
andrew.rosenberger3.ctr@mail.mil
Universities, Army Research USA
Laboratory

7P

Flash Sintering of Armor Materials: Challenges
and Opportunities

MégretAlexandre

alexandre.megret@umons.ac.be
University of Mons

Belgium

7P

Effect of the addition of doped-cobalt on theproperties of recycled tungsten carbide powder
sintered by SPS

de Knoop

LudvigChalmers University ofludvig.deknoop@chalmers.se
Technology

Sweden7P

Electric field-induced surface roughening ofgold observed in situ at atomic resolution
using transmission electron microscopy

NP-29 Vilémová

Monikavilemova@ipp.cas.cz

7P

W-Cr solid solution: Comparison of alloying in
SPS and by ball milling

NP-30 Biesuz

MattiaQueen Mary University ofmattia.biesuz@outlook.com
LondonUK

7P

Flash joining of graphite with polymer derived
ceramic interlayer

NP-31 BredeThomastbrede@gwdg.deInstitute of Materials
Physics

Germany

7P

The effect of high current densities on ironcarbon alloy thin films

NP-32 Yoon

Bola

bola.yoon@colorado.edu

University of Colorado
Boulder

USA

8P

Insights into reactive flash sintering of MgOAl2O3-(8YSZ) by in-situ synchrotron X-ray
diffraction

NP-33 O'Toole

Rebecca

University of Colorado
rebecca.otoole@colorado.edu
Boulder

USA

8P

Flash sintering of zirconia/alumina powders

NP-34 Marder

RachelTechnion- Israel Instituterachelma@tx.technion.ac.ilof Technology

Israel8P

The Influence of Carbon on the Microstructureof Sintered Alumina

NP-35 Molinari*Flora

ICMCB-CNRS, Université deflora.molinari@icmcb.cnrs.fr
Bordeaux

France8P

Densification of classic and fragile
ferroelectrics by Cool-SPS

Institute of Plasma Physics
Czech Rep
AS CR, v.v.i.

7P: Metallic and Carbon Based (3 oral)
8P: Complex Oxides (3 oral)

Friday 8:30 AM to 12:30 PM(Please see Front Page for the Schedule)
Maccari

Fernando

Technical University of
maccari@fm.tu-darmstadt.deDarmstadt

Germany

7P

Effect of electric current annealing in phasetransition of Mn-Al alloy

Körkemeyer

Franz

Institut für
koerkemeyer@iw.uni-hannover.de
Werkstoffkunde, LeibnizUniversität Hannover

Germany

7P

Anomalous twinning in AZ 31 magnesium alloy
during electrically assisted forming

FudgerSean J.

sean.j.fudger.civ@mail.mil
US Army Research Laboratory USA

7P

Evidence of localized, incipient melting during
field-assisted sintering of oxide dispersion
strengthened, nanocrystalline metals

UK

8P

Flash sintering of beta”-alumina solid
electrolytes for sodium battery applications

simone.mascotto@chemie.uni-hamburg.de
University of Hamburg

Germany

8P

Triggering the catalytic activity of SrTiO3based ceramics by flash sintering

anamor@ua.pt

Portugal

8P

Atmosphere assisted FLASH sintering of KNN

HU

YU

huyuhj@gmail.com

Mascotto

SimoneSenos

ana

Ionotec Ltd

University of aveiro