Workshop ( Appendix ) Phase Change ANSYS Mechanical Heat TransferChange, Phase
The modeling of the material removal itself and its effect on the blade dynamical properties was performed with the use of a finite element (FE) model designed in the ANSYS software. In this model, the finished workpiece volume was modeled by quadratic solid elements, while the stock allowance...
The numerical study was conducted by employing the CFD software package of ANSYS FLUENT V18. The double-precision finite volume method (FVM) was applied to solve the governing equations, the PRESTO scheme was selected for discretization of the pressure term, and second-order upwind was employed to...
The experimental investigation was made to validate the results obtained by the Ansys Fluent software. Khot et al. [28] observed that using the thermocouples inside the PCM throughout the melting process restricted the solid PCM from moving, which affected the melting process. Therefore, there is...
The governing equations of the BTM system proposed in this paper are solved by the finite volume method. The setting of the initial and boundary conditions is conducted in ANSYS Fluent. The discretization of the physical model is processed in Fluent meshing. ...
(b) Simulated progression of the heat pulse from the heater into the GeTe layer, with the melt zone delineated by the white borders by Ansys (adapted from [79]). (c) Cross-sectional view of the device and Comsol perspective view of the device (adapted from [102]). (d) Perspective ...
In the current study, the coupling of a cooling problem with the electromagnetic resonance of a bulk acoustic wave (BAW) material is investigated. As well, a new cooling method by the addition of nanoparticles to a phase change material surrounding the B
The boundary of the charred layer is clearly visible after increasing the color contrast, while at several approximations (10≤) the interface was sharp enough. The charred layer from simulation was measured using ANSYS software as the area of the sample where the temperature was higher than 300...