1. |
The application of calculation phase equilibria to multi-component
aluminum alloys (日本語訳) |
|
2. |
Modeling of the thermo-physical and physical properties for solidification
of Al-alloys |
|
3. |
The modeling of stable and metastable phase formation in multi-component
Al-alloys |
|
4. |
The application of CALPHAD calculations to Ni-based superalloys |
|
5. |
Theory and practice of computer modeling of phase diagrams for cast irons |
|
6. |
The coarsening kinetics of γ- particles in Nickel-based alloys |
|
7. |
Modeling of creep in Nickel based superalloys |
|
8. |
Modeling of materials properties in duplex stainless steels |
|
9. |
JMatPro for HSLA steels |
|
10. |
Using JMatPro to model materials properties and behavior |
|
11. |
Software simplifies alloy heat treatment, production and design |
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12. |
Modeling the material properties and behavior of multicomponent alloys |
|
13. |
Modeling of the thermo-physical and physical properties for solidification
of Ni-based superalloys |
|
14. |
Modeling the material properties and behavior of Ni-based superalloy |
|
15. |
Phase diagram calculation for Ni-based superalloy |
|
16. |
Computer modeling of material properties |
|
17. |
Effect of iron and manganese contents on convection-free precipitation
and sedimentation of primary α-Al(FeMn)Si phase in liquid Al-11.5Si-0.4Mg
alloy |
|
18. |
Simultaneous calculation of material properties and phase equilibria |
|
19. |
Modeling of thermo-physical and physical properties relevant to solidification |
|
20. |
Thermo-physical and physical properties for use in solidification modeling
of multi-component alloys |
|
21. |
Phase equilibria in multi-component γ-TiAl based alloy |
|
22. |
Modeling of phase equilibria in Ti-alloys |
|
23. |
An integrated approach to the calculation of materials properties for
Ti-alloys |
|
24. |
The calculation of TTT and CCT diagrams for general steels |
|
25. |
The application of CALPHAD techniques in the development of a new gas-turbine
disk alloy |
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