Diffraction Methods

Poster Overview

9.1.1 Kumagai, Masayoshi

Convergence behavior in line profile analysis using a convolutional multiple whole profile software

9.1.2 Marciszko, Marianna

Multi-reflection and multi-wavelength grazing-incidence X-ray diffraction method (MMGIXD) for residual

stress determination

9.1.3 Mikula, Pavol

High-resolution neutron diffraction setting for for studies of macro- and microstrain in polycrystalline

materials

9.1.4 Nezu, Akimitsu

The biaxial with shear stress analysis in a spring steel shot-peened along single direction

9.1.5 Oponowicz, Adrian

Multi-reflection energy dispersive diffraction applied to measure stresses in surface layers

9.1.6 Rebelo Kornmeier, Joana

Validation of the deconvolution method for surface corrections in neutron surface strain scanning

9.1.7 Scheffzük, Christian

In situ triaxial deformation experiments on a sandstone sample for strain investigation using neutron time-

of-flight diffraction

Mechanical Relaxation Methods

9.1.8 Suzuki, Kenji

Stress measurement of coarse grain materials by double exposure method with hard synchrotron X-ray

9.1.9 Teixeira de Carvalho Filho, Eugênio

Study of error analysis and sources of uncertainty in the measurement of residual stresses by the X-ray

diffraction

9.1.10 Wasniewski, Eric

Round robin of external samples for residual stress analyses by X-ray diffraction

9.2.1 Bouaouina, Boudjemaa

Effect of Bi-layer Period on the Properties of Mo2N/CrN Multilayer Coatings Produced by R.F Magnetron

Discharge

9.2.2 Kohri, Ami

Residual Stress Measurement of the Engineering Plastics by the Hole-Drilling Strain-Gage Method

9.2.3 Nobre, Joao

Incremental Hole-Drilling Residual Stress Measurement in Thin Aluminium Alloy Plates Subjected to Laser

Shock Peening

9.2.4 Prime, Michael B.

Bueckner’s Superposition Principle: The Most Powerful but Mistrusted and Misused Tool for the Mechanics

of Residual Stress

9.2.5 Yang, Xue-mei

Comparative study on the residual stress relaxation effect of vibratory stress relief and heat stress relief of

the explosives

Acoustic and Electromagnetic Methods

Composites, Nano and Microstructures

Films, Coatings and Oxides

9.3.1 Chiu, Sung-Mao

The study of dimensional stability and residual stress of gray iron castings 9.4.1 Farkas, Gergely

Investigation of the Microstructure Evolution and Deformation Mechanisms of a Mg-Zn-Zr-RE Twin-Roll-Cast

Magnesium Sheet by In-Situ Experimental Techniques

9.4.2 Seefeldt, Marc G.C.

Laboratory and synchrotron XRD analysis of residual stresses in hot and cold rolled non-oriented electrical

steels

9.4.3 Suzuki, Shigeru

Residual Stress analysis of Fe-Mn based alloys with elinvar properties

9.5.1 Keckes, Julius

Cross-Sectional Synchrotron X-ray Nanodiffraction on Thin Films: Data Evaluation

9.5.2 Ntsoane, Tshepo

Residual stress analysis of Xe irradiated Zirconium carbide thin films deposited by CVD technique

Stresses in Microelectronics

Cold Working and Machining

Instrumentation

9.6.1 Tanaka, Shun-Ichiro

Residual Stress Tensor around Singular Points of Ceramic/Metal Brazed Interface

9.7.1 Čapek, Jiří

Comparison of different methods of residual stress determination of cold-rolled austenitic-ferritic, austenitic

and ferritic steels

9.7.2 Nielsen, Marc-André

Residual stress fields of single steel ball impacts in Al alloys

9.7.3 Pinto, Vinicius Carvalho

Effects of cutting parameters on the residual stresses of SAE 1045 steel after turning

9.7.4 Wu, YunXin

Effect of Roll-bending on Residual Stress of Large Size 2219 Aluminum Alloy Ring

9.8.1 Genzel, Christoph

The potential of high-flux liquid anode X-ray sources for micro-structure and stress analysis

9.8.2 Staron, Peter

A perspective for energy-dispersive X-ray diffraction experiments for residual stress analysis at PETRA III

Heat Treatments and Phase Transformations

Welding, Fatigue and Fracture

9.9.1 Areitioaurtena, Maialen

Microstructure phase transformation simulation in an induction hardening process

9.9.2 Cindra Fonseca, Maria

Influence of tempering heat treatment on the residual stresses and mechanical properties of AISI 4340 steel

9.9.3 Murashkin, Evgenii V.

Residual Stresses in Elastic-Plastic Materials Under Heat Treatments

9.9.4 Sakaida, Yoshihisa

Influence of surface pretreatment on residual stress field of heat-treated steel induced by laser local

quenching

9.10.1 Cetintav, Isik

Residual stress prediction after the processes of butt welding and surface cutting processes consecutively

with the help of FEA

9.10.2 Choi, Sungki

Verification of LTT(Low Transformation Temperature) welding effect using Instrumented Indentation

Technique

9.10.3 Cindra Fonseca, Maria

Study of residual stresses generated in steel welded joints by laser and plasma processes used in the

automotive industry

Stresses in Additive Manufacturing

9.10.4 Kouadri-Henni, Afia

Influence of residual stresses on structure fatigue of dual phase steel welded by laser process

9.10.5 Kromm, Arne

Assessment of residual stresses in real-life welded components on the laboratory scale

9.10.6 Kudryavtsev, Yuri

Measurement of residual stresses and fatigue assessment of welded elements

9.10.7 Nitschke-Pagel, Thomas

Contribution to simplified residual stress calculations of multi-layer welds

9.11.1 Bodner, Sabine Carmen

Stress Gradients in Selectively Laser Melted Nickel-Basis Geometries Characterized by Synchrotron

Microdiffraction

9.11.2 Boruah, Dibakor

An analytical method for predicting residual stress distribution in selective laser melted alloys

9.11.3 Pant, Prabhat

Influence of build direction on the residual stresses in SLM Inconel718