the microstructur quantit textur analys natur deform calcit mylonit dolomit mylonit dolomit calcit mylonit reveal differ textur asymmetri compar deform condit calcit show axi maximum rotat against shear sens regard main shear plane contrast dolomit show axi maximum rotat shear sens accord experiment simul textur from literatur differ prove etwin rslip calcit ftwin cslip dolomit main deform mechan the dolomit calcit mylonit show both calcit dolomit axi maximum rotat against shear sens account microstructur sampl dolomit textur has been passiv overtaken from deform textur calcit dure latedeform dolomit the result signific contribut interpret sampl shear zone transpress strike slip fault

B. Leiss

S. Siegesmund

K. Weber

Texture Asymmetries as Shear Sense Indicators in Naturally
Deformed Mono- and Polyphase Carbonate Rocks

the increas awar amongst engin design signific residu stress influenc use lifetim engin compon has result more demand expect be place method use obtain stress the neutron diffract techniqu emerg most attract measur method residu stress can usual obtain nondestruct depth 40 some common engin materi although relat new techniqu has been use measur residu stress rang engin materi introduc wide varieti manufactur process weld quench machin shot peen cold hole expans autofrettagein paper neutron diffract techniqu nondestruct residu stress measur describ includ method use valid measur precaut should taken order obtain reliabl measur outlin procedur be investig order produc code practic present repres select stress distribut develop rang manufactur process examin some comparison made strain gaug xray numer predict shown how result can benefit engin stress analysi

A. N. Ezeilo

G. A. Webster

Advances in Neutron Diffraction for Engineering Residual Stress Measurements

biaxial stress state approach distribut residu stress two type aluminium textur semiproduct axial rhombic sampl symmetri have been evalu from differ veloc orthogon polar ultrason shear bulk wave account texturedepend compon total relat veloc chang

V. N. Serebryany

Acoustic Residual Stress Analysis in Textured Aluminium Alloys

austenit stainless steel wide use becaus high corros resist tough the influenc appli cyclic load mechan properti materi great current interest order investig residu stress evolut seri austenit steel sampl x6crniti1810 differ degre low cycl fatigu studi martensit phase format observ differ degre low cycl fatigu residu stress microstress both phase well martensit precipit volum fraction were estim usualli after plastic deform martensit phase produc structur orient plate lath therefor martensit textur format dure phase transit can expect indeed regist neutron diffract spectra from austenit fatigu sampl show textur presenc it variat depend fatigu degre the attempt consid textur evolut depend fatigu degre it influenc residu stress made

G. D. Bokuchava

V. V. Luzin

J. Schreiber

Yu. V. Taran

Residual Stress Investigations in Austenitic Steel Samples With
Different Degree of Low Cycle Fatigue

neutron textur measur ybco bulk sampl show veri sharp textur superconduct phase yba 2 3 halfwidth less than 5 even rather coars measur grid onli 722 point per complet pole figur satisfactori result recalcul 002 pole figur could obtain howev reliabl calcul complet odf finer grid have use due import good align axe materi quantit analysi 002 pole figur includ error estim due measur grid count statist made outlin determin reliabl background estim given

Lothar Schmidt

Martin Ullrich

Werner F. Kuhs

Neutron Texture Analysis of Melt-Textured YBCO Bulk Samples

due high penetr depth thermal neutron most materi neutron diffract effici tool bulk textur analysi the main applic investig coarsegrain materi nondestruct pole figur measur ident sampl differ state detect weak textur measur unprepar sampl textur investig multiphas system should point out neutron textur analysi suitabl basic research well applic

H.-G. Brokmeier

Advances and Applications of Neutron Texture Analysis

some result highresolut neutron diffract experi result determin microstrain metal materi report the method diffract line broaden analysi verifi two materi investig earlier xray diffract austenit steel prestrain 30 cold roll aluminium magnesium alloy for materi meansquar microstrain disloc densiti were determin good agreement reach result xray experi applic analysi investig influenc shotpeen treatment austenit steel this treatment common use introduc compress stress surfac materi give improv resist fatigu fractur the microstrain distribut size coher diffract block shotpeen sampl austenit steel function depth from surfac determin abov analysi result present

K. Hirschi

M. Ceretti

P. Lukás

N. Ji

C. Braham

A. Lodini

Microstrain Measurement in Plastically Deformed Austenitic Steel

nowaday vme base system control neutron measur instrument forc out those built camac one sever altern solut present here its main featur implement entir system vme site both hardwar softwar part consid the instrument can control local remot via local network even from pcs modernstyl graphic user interfac

A. S. Kirilov

J. Heinitz

M. L. Korobchenko

V. E. Rezaev

A. P. Sirotin

A VME Based Accumulation, Control and Supervising System for
Neutron Texture Measurements

twosit selfconsist 2ssc model have been use simul textur develop twophas materi bolmaro lebensohn 1996 bolmaro 1997 when both phase plastic deform codeform share spin have taken account via interact among phase onesit selfconsist 1ssc model abl consid interact among each grain rest surround grain through mean field calcul over matrix grain the next level complex 2ssc model appropri captur some interact featur between phase current paper start from welldefin microstructur textur powder composit textur obtain after wiredraw simul take account codeform share rotat the result shown agre experiment one provid depend volum fraction relat strength both phase differ adhoc strain rate sensit use

R. E. Bolmaro

A. Fourty

Experiments and Simulations by Self-Consistent Models of Texture
Development in Cu&#x2013;Fe Powder Composites

manufactur process can generat high residu stress field affect fatigu resist compon especi discontinu those thick complex shape where radii small weld present residu stress distort problem tremend challeng lifetim predict aerospac aeroengin power generat industri they repres perhap 50 problem studi neutron diffract some most difficult interpret becaus composit structur can vari across weld heataffect zone the hb4 hb5 neutron diffract facil high flux reactor hfr petten have been use investig residu stress two structur compon case the first concern austenit steel pipe weld specimen while second deal two low alloy steel cast truck motor part specimen the overal object second case evalu postproduct heat treatment process which one two ident specimen subject

C. Ohms

A. G. Youtsos

Residual Stress Measurements in Structural Components by Neutron
Diffraction

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Texture, Stress, and Microstructure

<p>This Issue is now open for submissions.</p>
<p>Papers are published upon acceptance, regardless of the Special Issue publication date.</p>


Texture, Stress, and Microstructure

Proceedings of the International Conference: Neutron Texture and Stress Analysis

Proceedings of the International Conference: Neutron Texture and Stress Analysis

Articles

Texture Asymmetries as Shear Sense Indicators in Naturally Deformed Mono- and Polyphase Carbonate Rocks

Advances in Neutron Diffraction for Engineering Residual Stress Measurements

Acoustic Residual Stress Analysis in Textured Aluminium Alloys

Residual Stress Investigations in Austenitic Steel Samples With Different Degree of Low Cycle Fatigue

Neutron Texture Analysis of Melt-Textured YBCO Bulk Samples

Advances and Applications of Neutron Texture Analysis

Microstrain Measurement in Plastically Deformed Austenitic Steel

A VME Based Accumulation, Control and Supervising System for Neutron Texture Measurements

Experiments and Simulations by Self-Consistent Models of Texture Development in Cu–Fe Powder Composites

Residual Stress Measurements in Structural Components by Neutron Diffraction