Reprint

Advanced Crystalline Materials, Mechanical Properties and Innovative Production Systems

Edited by
May 2024
238 pages
  • ISBN978-3-7258-1155-7 (Hardback)
  • ISBN978-3-7258-1156-4 (PDF)

This book is a reprint of the Special Issue Advanced Crystalline Materials, Mechanical Properties and Innovative Production Systems that was published in

Chemistry & Materials Science
Engineering
Environmental & Earth Sciences
Summary

The Special Issue of Crystals entitled “Advanced Crystalline Materials, Mechanical Properties and Innovative Production Systems” has been completed. A total of 17 articles were published. Materials with a crystalline structure are among the most frequently used construction materials. Thanks to this crystalline structure, they are characterized by several beneficial mechanical and exploitation properties. In recent years, many discoveries and advances have been made in materials engineering, which materials scientists are using to create countless materials using prediction and modeling systems, modern technologies, and manufacturing techniques that enable the ability to obtain advanced materials. These materials include high-quality materials, composites, and nanomaterials. For many of the emerging material solutions today, the main focus has been the mechanical properties of the materials. These properties are shaped by the appropriate microstructure composition and obtaining phases with appropriate properties using modern manufacturing techniques and advanced research methods. As a result, crystalline materials are used on a large scale in land and water construction, automotive, aviation, and space engineering, as well as in the power industry. We hope that readers will find interesting articles in this Special Issue Reprint of Crystals.

Format
  • Hardback
License and Copyright
© 2024 by the authors; CC BY-NC-ND license
Keywords
single-crystal superalloy; the fourth generation; Co content; microstructure stability; stress rupture properties; low-alloy high-strength steel; flux-cored wire; microstructure; mechanical properties; hardness distribution; single crystal; rhenium; topologically close-packed phases; solution heat treatment; defects; manufacture; Nb3Sn; superconducting characteristics; phase transition; mechanical alloying; plasma-GMAW-P; 6061 aluminum; zinc-coated steel; microstructure; NM500; wear mechanism; friction and wear; environmental media; single crystal superalloy; thermal-mechanical fatigue; strain-controlled; cyclic stress–strain relationship; life assessment; meso parameters; viscoplastic constitutive model; first-principles calculation; solid solubility; stability; tensile; electronic; GH4169 alloy; aging temperature; γ″ phase; δ phase; mechanical properties; aluminum alloy; die casting; gas tightness requirement; porosity; impregnation; computed tomography; metallography; UV illumination; scanning electron microscope; wedge test; hot-rolling; grain size distribution; dual-phase steel; pins; wear; heat treatment; chemical treatment; plasma nitriding; steelmaking; dephosphorization; thermodynamics; precipitation; magnetic shape memory alloy; martensitic transformation; Fe-Mn-Ga; incomplete phase transformation; Mg-Gd-Y-Zr alloy; homogenization treatment; tensile properties; fracture toughness; crack initiation and propagation; Inconel 718 alloy; laser cladding; temperature field; numerical simulation; aluminum; polishing; micro-hardness; ISE

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