Molecular dynamics (MD) study of martensitic transformation (MT) in nickel and aluminum
alloy is performed. The behavior focused on is transformation between crystalline structures …

Molecular dynamics simulation (MDS), using the embedded atom method for interatomic
interactions, is performed to reveal the microscopic mechanism of stress-induced martensitic …

One of the effective ways to study various properties of metallic crystals on atomistic level is
molecular dynamics simulation. Even simple Morse or Lennard-Jones interatomic potentials …

Using molecular dynamics simulations with an embedded-atom interatomic potential, we
study the effect of chemical composition and uniaxial mechanical stresses on the martensitic …

Molecular dynamics simulations of the shape-memory effect are carried out to investigate
the atomistic behavior during deformation and shape-recovery processes. The embedded …

As an engineering material with shape memory effect (SME), Ni–Ti alloy is well known and
well used in engineering application. The alloy exhibits SME based on martensitic …

The martensitic transformations in TiNi alloys were studied using molecular dynamics (MD)
simulations. The modified embedded atom method was used with the pseudo monoatomic …

The martensitic phase transformation in Ti-base Ti V bcc alloys is studied using the
Embedded Atom Method (EAM) interatomic potentials to quantify the atomic interactions and …

The Ni-Ti alloys have been used widely as functional materials, especially for the purpose of
superelastic behavior or shape memory effect. It has been believed that martensitic …

An atomistic study on the shape-memory effect is carried out by molecular dynamics
simulations with the EAM potential for Ni-Al alloy. As preliminary simulations, the stable …