This thesis focuses on the martensitic transformations in iron-nickel and nickel-aluminum alloys. Molecular-dynamics simulations have been done, employing potentials based on the so-called embedded-atom method (EAM). These potentials were obtained by a fit of parameterized functions to experimental data of the elements iron, nickel, and aluminum as well as the intermetallic compound NiAl. Many aspects of the austenitic transformation in iron-nickel alloys and both, the martensitic and austenitic transformations, in nickel-aluminum alloys were reproduced well by the simulations. The results allow to draw conclusions on the reasons of differences and similarities in the behavior of both alloy systems. Diese Arbeit befaßt sich mit den mart...
The two-phase solid-liquid coexisting structures of Ni, Cu, and Al are studied by molecular dynamics...
Abstract The progress of the FCC + BCC martensitic transformation in the region surrounding a crack,...
The two-phase solid-liquid coexisting structures of Ni, Cu, and Al are studied by molecular dynamics...
This thesis focuses on the martensitic transformations in iron-nickel and nickel-aluminum alloys. Mo...
Diese Arbeit befasst sich mit den martensitischen Phasenumwandlungen in Eisen- Nickel- und Nickel-Al...
Thermodynamic and kinetic properties of the martensitic phase transformations MPT in a model NiAl ...
Using molecular dynamics MD simulation we investigate the structure, the thermodynamics and the ki...
In the present thesis the structural and magnetic properties of 3d transition metals and their alloy...
A computational model based on molecular dynamics and the embedded atom method (EAM) has been constr...
Shape memory alloy has been attracting because of its unique characteristics such as the shape memor...
Shape-memory Alloys (SMAs) exhibit tremendous mechanical properties owing to their reversible phase ...
Unalloyed nickel aluminide has important applications but lacks ductility at room temperature. In th...
One of the effective ways to study various properties of metallic crystals on atomistic level is mol...
This paper reports a computer simulation of martensitic transformation in both Cu-Zn-Al and Fe-Ni-C ...
The advanced casting modeler requires accurate viscosity and diffusivity data of liquid metals and t...
The two-phase solid-liquid coexisting structures of Ni, Cu, and Al are studied by molecular dynamics...
Abstract The progress of the FCC + BCC martensitic transformation in the region surrounding a crack,...
The two-phase solid-liquid coexisting structures of Ni, Cu, and Al are studied by molecular dynamics...
This thesis focuses on the martensitic transformations in iron-nickel and nickel-aluminum alloys. Mo...
Diese Arbeit befasst sich mit den martensitischen Phasenumwandlungen in Eisen- Nickel- und Nickel-Al...
Thermodynamic and kinetic properties of the martensitic phase transformations MPT in a model NiAl ...
Using molecular dynamics MD simulation we investigate the structure, the thermodynamics and the ki...
In the present thesis the structural and magnetic properties of 3d transition metals and their alloy...
A computational model based on molecular dynamics and the embedded atom method (EAM) has been constr...
Shape memory alloy has been attracting because of its unique characteristics such as the shape memor...
Shape-memory Alloys (SMAs) exhibit tremendous mechanical properties owing to their reversible phase ...
Unalloyed nickel aluminide has important applications but lacks ductility at room temperature. In th...
One of the effective ways to study various properties of metallic crystals on atomistic level is mol...
This paper reports a computer simulation of martensitic transformation in both Cu-Zn-Al and Fe-Ni-C ...
The advanced casting modeler requires accurate viscosity and diffusivity data of liquid metals and t...
The two-phase solid-liquid coexisting structures of Ni, Cu, and Al are studied by molecular dynamics...
Abstract The progress of the FCC + BCC martensitic transformation in the region surrounding a crack,...
The two-phase solid-liquid coexisting structures of Ni, Cu, and Al are studied by molecular dynamics...