TY  - BOOK
AU  - Toth, Laszlo||Denis, Sabine
TI  - Design of Alloy Metals for Low-Mass Structures
KW  - Pd–10Au alloy||shear compression||texture||grain boundary sliding||TiAl alloys||dislocation||twinning||nanoindentation||ECCI||disconnection density||displacement discontinuity||crack nucleation||crack opening displacement||digital image correlation||Al-Cu-Li alloys||titanium aluminides||grain refinement||solidification||inoculation||TWIP steel||ECAP||deformation twinning||VPSC||simulation||industrial ingot||steel||dendritic grain size||titanium||strain hardening||anisotropy||strain heterogeneity||acoustic emission||statistical analysis||collective dislocation dynamics||Q&amp||P||transition carbide||precipitation||HEXRD||TEM||grain size||crystal plasticity||elasto-visco-plastic self-consistent (EVPSC) scheme||hardening||dislocation density||ironmaking||direct reduction||iron ore||DRI||shaft furnace||mathematical model||CO2 emissions||lattice structures||porous materials||3D surface maps||finite element||fatigue||plasticity||steel ladle||non-metallic inclusions||aggregation||lateral extrusion ratio||Finite Element (FE) simulation||analytical modelling||plastic flow machining||back pressure||polycrystalline β-Ti||elastic anisotropy||elastic/plastic incompatibilities||elasto-viscoplastic self-consistent scheme (EVPSC)||slip activity||microsegregation||gas tungsten arc welding||directional solidification||FM52 filler metal||ERNiCrFe-7||tip undercooling||rolling||asymmetric ratio||thickness reduction per pass||magnesium powders||HPT consolidation||microstructure||hardness||H-activation||high entropy alloy||crystallographic texture||groove rolling||elastic properties||non-Schmid effects||Taylor multiscale scheme||localized necking||bifurcation theory||excess nitrogen||clusters precipitation||Fe–Si and Fe–Cr nitrided alloys||APT and TEM characterization||metal matrix composite||in situ X-ray diffraction||internal stresses||phase transformation||nickel-based single crystal superalloy||lattice mismatch||in situ experiments||X-ray diffractometry||creep||dislocations||diffraction||fast Fourier transform (FFT)-based method||discrete green operator||voxelization artifacts||sub-voxel method||simulated diffraction peaks||scattered intensity||shape memory alloys||architected cellular material||numerical homogenization||multiscale finite element method||bainite||martensite||isothermal treatment||mechanical properties||austenite reconstruction||variant||magnesium||self consistent methods||modeling||heterogeneous kinetics||heat and mass transfer
UR  - https://mdpi.com/books/pdfview/book/2464
ER  -