All Stories

  1. Influence of deformation martensite on abrasive wear of austenitic stainless steels
  2. A New Family of Ternary Intermetallic Compounds with Dualistic Atomic Ordering – The ZIP Phases
  3. Projecting nuclear fuels for advanced new reactors
  4. Solving a technical complex problem with team work
  5. Understanding the thermal stability of a prospective material for nuclear fuel
  6. Understanding and improving the properties of a material for optoelectronic applications
  7. Modeling chip formation in machining using fracture mechanics
  8. Evaluating Residual Stresses in Compositionally Graded TiN Films Via <i>Ab Initio</i> and Rietveld Simulation
  9. Showing high-entropy alloys is much more than producing single phase microstructures
  10. Further clarifying the exquisite properties of High-entropy alloys
  11. Irradiation stability and induced ferromagnetism in a nanocrystalline CoCrCuFeNi highly-concentrated alloy
  12. The importance of paying attention when doing research
  13. Correcting the phase diagram of an important system
  14. Advances in energy generation for mobility applications
  15. Improving the performance of TiN thin films by grading the microstructure
  16. Correcting an erroneous notion
  17. Presenting the special issue in honor to Prof Dr. Gerhard Inden
  18. On Short-Range Order Strengthening and its Role in High-Entropy Alloys
  19. How thermodynamics correlates with radiation damage in stainless steels
  20. Testing an elusive hypothesis
  21. Understanding radiation damage in a material used to protect nuclear fuel in reactors
  22. Investigating the way processing affects the forming properties of brass
  23. Understanding concentrated alloys with rationality
  24. Updating and old, but important, phase diagram
  25. Assessing the viability of using TiN for accident tolerant nuclear fuels
  26. Making people think
  27. Investigating the metallurgy of uranium alloys
  28. Understanding the deformation of a complicated material
  29. Influence of substrate stiffness and of PVD parameters on the microstructure and tension fracture characteristics of TiN thin films
  30. Controlling a very complex process
  31. An exercise in a discipline which turned into research
  32. An exquisite congress
  33. Understanding casting of a complex material
  34. How to use computers to understand materials
  35. Development of uranium alloys for use as nuclear fuel in reactors
  36. How to improve the project of shielding for compact nuclear reactor using innovative materials
  37. A new look at a weird phase in a complicated system
  38. Magnetism and stability interplay: Correlations in simple BCC-based Fe intermetallic compounds
  39. Chemical, physical, and mechanical properties evolution in electron beam irradiated isotactic polypropylene
  40. Thermodynamic modelling of the Nb–Ni–Si phase diagram based on the 1073 K isothermal section using ab initio calculations
  41. Evidence of Superposition between Grooving Abrasion and Rolling Abrasion
  42. Analysis of the micro-abrasive wear behavior of an iron aluminide alloy under ambient and high-temperature conditions
  43. Strain path dependence of the FLC0 formability parameter in an interstitial free steel
  44. Influence of tire sizes over automobile body spectrum loads and fatigue damage accumulation
  45. Uniaxial near plane strain tensile tests applied to the determination of the FLC0 formabillity parameter
  46. Making iron aluminides out of scrap
  47. Ternary Interaction Parameters in Calphad Solution Models
  48. Phase diagrams and intermetallics
  49. Measuring residual levels of components
  50. An assessment of essential work of fracture testing method applied to medium density polyethylene (MDPE)
  51. How to improve fatigue life in spring steel
  52. Understanding the embrittlement of a high temperature steel
  53. Understanding how electron theoretical phase diagram calculations
  54. Investigating the fracture mechanics of a brittle polymer
  55. Helping to understand how to produce better steels
  56. Understanding fracture in polyethylene pipes for water distribution
  57. Clarifying strange phase relations
  58. Finding surprising results
  59. Characterization of the cold ductility degradation after aging in centrifugally cast 20Cr32Ni+Nb alloy tube
  60. Thermodynamic self-consistency issues related to the Cluster Variation Method: The case of the BCC Cr–Fe (Chromium–Iron) system
  61. Instrumented indentation testing of an epoxy adhesive used in automobile body assembling
  62. Application of the essential work of fracture method in ranking the performance in service of high-density polyethylene resins employed in pressure pipes
  63. Phase equilibria in the Fe–Rh–Ti system II. CVM calculations
  64. Characterization of the texture evolution during thermomechanical processing of an Fe–30at% Al–6at% Cr alloy
  65. An alternative approach to the evaluation of the slow crack growth resistance of polyethylene resins used for water pipe extrusion
  66. “As-cast” microstructure investigation of two iron aluminides
  67. Ab initio calculation of the bcc Fe–Al phase diagram including magnetic interactions
  68. A review on the reverse analysis for the extraction of mechanical properties using instrumented Vickers indentation
  69. Embedded atom method study of the interactions between point defects in iron aluminides: Double defects
  70. Embedded atom method study of the interaction between point defects in iron aluminides: Triple defects
  71. Scalar-product cluster variation method layer formulation for the irregular tetrahedron cluster in bcc lattices
  72. Magnetic behavior of Fe sites in Fe–Mo–Al alloys: The role of the first neighborhood
  73. Ab initio calculation of the bcc Mo–Al (molybdenum–aluminium) phase diagram: Implications for the nature of the ζ-MoAl phase
  74. Comparison between Monte Carlo and Cluster Variation method calculations in the BCC Fe-Al system including tetrahedron interactions
  75. CVM calculation of the b.c.c. Co–Cr–Al phase diagram
  76. Prototype calculations of B2 miscibility gaps in ternary b.c.c. systems with strong ordering tendencies
  77. Ab-initio calculations of the formation energies of BCC-based superlattices in the FeAl system
  78. CVM study of BCC Ising ferromagnets with antiferromagnetic second neighbour interactions: implications to the magnetism of the heavy rare earths
  79. Hot rolling mill roll microstructure interpretation: A computational thermodynamics study
  80. CVM study of FCC and BCC Ising magnets with generalised spin number
  81. Cluster variation method for determining the energy of slip-induced anti-phase boundary in BCC alloys
  82. Order-disorder transformations and diffusion in ternary bcc alloys: The role of second-order boundaries
  83. The spin s=7/2 FCC ferromagnet: comparison between cluster variation method and Monte Carlo calculations
  84. Simulation of solidification paths in high chromium white cast irons for wear applications
  85. Concentration dependence of the excess specific heat capacity and of the thermodynamic factor for diffusion in f.c.c. and b.c.c. ordering systems
  86. Ordering and phase separation in the b.c.c. phase of the Fe–Al–Ti system
  87. CVM calculation of the magnetic specific heat capacity of gadolinium
  88. Embedded atom computer simulation of lattice distortion and dislocation core structure and mobility in FeCr alloys
  89. The chemistry of the iron-niobium intermetallics
  90. Neutron diffraction results on the ordering of an iron-chromium-carbon austenite
  91. Mossbauer study of an iron-chromium-carbon austenite