Results 31 to 40 of about 559,173 (308)
A new continuous multi-phase transformation field model was established for liquid-solid-eutectoid transformation. Taking Fe-C alloy as an example, the model was used to simulate the evolution of the micromorphology of the liquid-solid phase transition ...
Li Feng, Jun-he Zhong, Chang-sheng Zhu
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Phase-field modelling of molecular dynamics with diffusive motions
Recently, phase-field modelling has been expanded to the molecular scale. However, such atomistic phase-field simulation cannot treat diffusive motions of molecules so far. Here, we modify phase-field modelling of molecular dynamics to include rigid body
Kairi, Masuda
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A phase-field simulation of the solidification process under compression
Semi-solid metal forming processes cover a wide variety of technologies in manufacturing, generally leading to non-dendritic microstructures typified by rosette-like or spherical grains.
Jian-kun Ren +5 more
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Phase field simulation of thermomechanical fracture [PDF]
AbstractIn Francfort and Marigo's variational free‐discontinuity formulation of brittle fracture [1] cracking is regarded as an energy minimization process, where the total energy is minimized with respect to any admissible crack set and displacement field.
Charlotte Kuhn, Ralf Müller
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Multi-phase field simulation of multi-grain peritectic transition in multiple phase transformation
Taking Fe-C binary alloy as an example, based on the multi-phase field model, the nucleation and growth of δ phase, peritectic reaction, peritectic transformation, and the growth of subsequent austenite are simulated.
Li Feng, Jun-he Zhong, Chang-sheng Zhu
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Evaluation of the elastic field in phase‐field crystal simulations
AbstractThe phase‐field crystal model (PFC) describes crystal structures at diffusive timescales through a periodic order parameter representing the atomic density. One of its main features is that it naturally incorporates elastic and plastic deformation.
Maik Punke +2 more
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Cu-W alloys are widely used in high-voltage circuit breaker contacts due to their high resistance to arc ablation, but few studies have analyzed the microstructure of Cu-W alloys under arc ablation.
Hanwen Ren +7 more
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The wave passage effect is a measure of the wave passage delay due to the apparent velocity of waves, which is one of spatially varying properties of multivariate random processes.
Ning Zhao +5 more
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In this paper, quantitative two-dimensional (2-D) phase-field simulations were performed to gain insight into the effects of B and Nb for Al-Ti-Nb balanced-ratio GH4742 alloys.
Na Ta +4 more
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Modern design optimisation exploiting field simulation [PDF]
The presentation will review some of the new developments in optimisation techniques and their relevance to the design of electrical machines and drive systems.
Sykulski, J.K., Jan K. Sykulski
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