Please note that the program is published in Central European Summer Time (CEST).

C: Characterization 2

Wednesday (23.09.2020)

9:00
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.3: Nanoindentation
Session starts at 09:00
WEB New ultra-high temperature nanoindentation system for operating at up to 1100 °C

Christian Minnert Dr. Warren C. Oliver Prof. Dr. Karsten Durst

C: Characterization 2
9:15
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.3: Nanoindentation
Session starts at 09:00
WEB Understanding the plasticity of refractory high entropy alloys using nanoindentation

Silva Basu Dr. Christian Brandl Prof. Dr. Ruth Schwaiger

C: Characterization 2
9:30
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.3: Nanoindentation
Session starts at 09:00
WEB Thermally Activated Deformation Processes in Various Materials Studied by Advanced Nanoindentation Experiments

Dr. Verena Maier-Kiener

C: Characterization 2
9:45
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.3: Nanoindentation
Session starts at 09:00
WEB Nanoindentation of gas shales – analytical potential and limitations

Sanja Vranjes-Wessely Dr. David Misch Dr. Megan J. Cordill Prof. Dr. Daniel Kiener Prof. Dr. Brian Horsfield Prof. Dr. Chengshan Wang Prof. Dr. Reinhard F. Sachsenhofer

C: Characterization 2
10:10
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.2: Nanoindentation and Fracture
Session starts at 10:10
WEB Indentation densification of fused silica assessed by raman spectroscopy and constitutive finite element analysis

Sebastian Bruns Dr. Tobias Uesbeck Dr. Sindy Fuhrmann Dr. Mariona Tarragó Aymerich Prof. Dr. Lothar Wondraczek Prof. Dr. Dominique de Ligny Prof. Dr. Karsten Durst

C: Characterization 2
10:25
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.2: Nanoindentation and Fracture
Session starts at 10:10
WEB The Effect of Crystal Anisotropy and Aziumuthal Indenter Orientation on the Indentation Hardness and Modulus of Single Crystlal Aluminum

Pavel Filippov Prof. Dr. Ursula Koch

C: Characterization 2
10:40
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.2: Nanoindentation and Fracture
Session starts at 10:10
WEB Orientation dependent fracture behaviour of single crystal and two phase intermetallic TiAl

Dr. Anupam Neogi Prof. Dr. Alexander Hartmaier Dr. Rebecca Janisch

C: Characterization 2
11:20
Keynote Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.5: Fracture and tensile testing
Session starts at 11:20
WEB Novel micro-scale specimens for mode-dependent fracture testing of brittle materials: A case study on GaAs single crystals

Dr. Johannes Ast Dr. Jakob Schwiedrzik Dr. Nadia Rohbeck Dr. Xavier Maeder Dr. Johann Michler

C: Characterization 2
11:50
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.5: Fracture and tensile testing
Session starts at 11:20
WEB Linking structure to fracture through small-scale mechanical analyses of a laser-processed bulk metallic glass

Dr. James Best

C: Characterization 2
12:05
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.5: Fracture and tensile testing
Session starts at 11:20
WEB Correlating in situ resonance and tensile tests to unravel the size and shape dependent elasticity of metal nanowires

Lilian Vogl Dr. Peter Schweizer Ludwig Herrnböck Prof. Paul Steinmann Dr. Gunther Richter Prof. Erdmann Spiecker

C: Characterization 2
14:30
Keynote Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.1: High Strain Rate Testing
Session starts at 14:30
WEB Nanoindentation Testing at High Sustained Deformation Rates

PD Dr.-Ing. Benoit Merle

C: Characterization 2
15:00
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.1: High Strain Rate Testing
Session starts at 14:30
WEB High strain rate testing of 3D printed copper micropillars

Dr. Rajaprakash Ramachandramoorthy Dr. Szilvia Kalacska Dr. Patrik Schurch Gabriel Poras Dr. Jakob Schwiedrzik Dr. Xavier Maeder Thibaut Merle Dr. Giorgio Ercolano Dr. Wabe Koelmans Dr. Laetitia Philippe Dr. Johann Michler

C: Characterization 2
15:15
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.1: High Strain Rate Testing
Session starts at 14:30
WEB High-strain-rate behavior of metallic microparticles under laser-induced high-velocity impacts: the transition from rebound to bonding

Yuchen Sun Dr. David Veysset Prof. Keith A. Nelson Prof. Christopher A. Schuh

C: Characterization 2
15:40
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.4: Bending
Session starts at 15:40
WEB Micro-mechanical single crystal Bauschinger Effect during cyclic bending

Marion Kreins Simon Schilli Prof. Dr. Ulrich Krupp Prof. Dr. Thomas Seifert

C: Characterization 2
15:55
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.4: Bending
Session starts at 15:40
WEB Identification of the material properties of a single crystal plasticity model with kinematic hardening based on cyclic micro-bending tests on single crystal IN718

Simon Schilli Marion Kreins Prof. Dr. Thomas Seifert Prof. Dr. Ulrich Krupp

C: Characterization 2
16:10
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.4: Bending
Session starts at 15:40
WEB A compact bending device for in situ three-point bending tests with a scanning electron microscope

Dr.-Ing. Rainer Steinheimer Prof. Dr. Bernd Engel Dr. Julian Müller Prof. Dr. Benjamin Butz Vladislav Kulipanov

C: Characterization 2
16:25
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.4: Bending
Session starts at 15:40
WEB Integrated in-situ solution for automatic material testing in SEM

Dr. Luyang Han Dr. Fang Zhou Benjamin Tordoff

C: Characterization 2
16:50
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.6: Recent Developments in Instrumentation and Experimentation
Session starts at 16:50
WEB Micro reflectance anisotropy spectroscopy as a new tool for stress and crystal orientation mapping in thin films

Joan Sendra Micha Calvo Marco Volpi Dr. Henning Galinski Prof. Ralph Spolenak

C: Characterization 2
17:05
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.6: Recent Developments in Instrumentation and Experimentation
Session starts at 16:50
WEB Development and mechanical testing of a novel model system for investigating Orowan strengthening

Emese Huszar Dr. Nadia Rohbeck Dr. Thomas Edwards Laszlo Petho Dr. Johann Michler

C: Characterization 2
17:20
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.6: Recent Developments in Instrumentation and Experimentation
Session starts at 16:50
WEB Extending the study of mechanical size effects by the means of Reflectance Anisotropy Spectroscopy.

Micha Calvo Prof. Dr. Ralph Spolenak

C: Characterization 2
17:35
Lecture C08: Small scale and in situ mechanical testing: Theory meets experiment
C08.6: Recent Developments in Instrumentation and Experimentation
Session starts at 16:50
WEB In-situ damage detection and extrusion kinetics with light optical microscopy

Nadira Hadzic Ali Riza Durmaz Dr. Felix Jünger Prof. Dr. Alexander Rohrbach Dr. Thomas Straub Prof. Dr. Chris Eberl

C: Characterization 2

Friday (25.09.2020)

12:50
Highlight Lecture C09: The laboratory inside the microscope: in situ/operando TEM of dynamic processes in nanoscale materials and devices for applications
C09.1: Session 1
Session starts at 12:50
WEB Direct insight into the reactivity of Pt nanoparticles in CO Oxidation by operando TEM and the impact of electron dose rate on their coarsening

Dr. Milivoj Plodinec

C: Characterization 2
13:05
Lecture C09: The laboratory inside the microscope: in situ/operando TEM of dynamic processes in nanoscale materials and devices for applications
C09.1: Session 1
Session starts at 12:50
WEB Detailed Local Analyses of Graphene Oxide under in-situ TEM Heat Treatments

Ph.D. Raul Arenal Mario Pelaez-Fernandez Dr. Simon Hettler Dr. Ana Benito Dr. Wolfgang Maser

C: Characterization 2
13:20
Lecture C09: The laboratory inside the microscope: in situ/operando TEM of dynamic processes in nanoscale materials and devices for applications
C09.1: Session 1
Session starts at 12:50
WEB Real-time TEM investigation of the coarsening of nanoporous gold nanowires by in-situ annealing

Dr. Adrien Chauvin Prof. Dr. Leopoldo Molina Luna Prof. Pierre Yves Tessier Dr. Abdelaziz El Mel

C: Characterization 2
13:35
Lecture C09: The laboratory inside the microscope: in situ/operando TEM of dynamic processes in nanoscale materials and devices for applications
C09.1: Session 1
Session starts at 12:50
WEB Watching a thin film crystallize: Microstructure Evolution in HfO2 Based Memristive Devices

Robert Eilhardt Alexander Zintler Oscar Recalde Despoina Nasiou Dr. Stefan Petzold Prof. Dr. Lambert Alff Prof. Dr. Leopoldo Molina-Luna

C: Characterization 2
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