[CASTING SIMULATION] ADSTEFAN Analysis Results
ADSTEFAN is a casting simulation software provided by Hitachi Industry & Control Solutions, Ltd and now has many user bases, especially in Japan. Actually there are lots of simulation result views available therefore we made a movie of casting simulation results and uploaded it on our YouTube Channel. Some brief explanations in each result can be watched by subtitles. We would be very happy if it would be helpful for current users who are using casting simulation software to make maximum use of it as well as customers who consider implementing it to understand the simulation output.
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Android OS and PC: Setting in YouTube
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Casting Simulation Results in the Movie
| Fluid Flow Analysis | ||
| 00:15 | Molten Metal Temperature | fmatt3d |
| 00:23 | Molten Metal Filling Ratio | fmat3d |
| 00:32 | Marker | fmark3d_0N |
| 00:41 | Gate Color | fgcc3d |
| 00:50 | Filling Occupancy by Gate | fgcc3d_c00N |
| 01:07 | Flow Arrival Time from Gate | fgcc3d_f00N |
| 01:25 | Molten Metal Flow Amount | fflw3d |
| 01:34 | Filling Velocity | fvel3d |
| 01:42 | Filling Velocity Vector | fvelx, fvely, fvely |
| 01:51 | Molten Metal Pressure | fprs3d |
| 02:00 | Material Presence Time | fptim3d |
| 02:09 | Molten Metal Vorticity | fedy3d |
| 02:17 | Air Contacting Time | fctim3d |
| 02:26 | Solid Fraction | fsol3d |
| 02:35 | Residual Air Ratio | fair3d |
| 02:44 | Residual Air Volume | femp3d |
| 02:52 | Air Pressure | faprs3d |
| 03:01 | Maximum Air Pressure | fpair3d |
| 03:10 | Entrained Air Volume | fgasz3d |
| 03:19 | Cold Shut Defect Prediction | fcls3d |
| 03:27 | Mold Temperature | fmold3d |
| 03:45 | Mold Surface Maximum Temperature | fmtmp3d |
| 03:54 | Filling End Time | fftim3d |
| Advanced Defect Prediction Tool | ||
| 04:06 | Flowmark Frequency | |
| 04:15 | Cold Shut Frequency | |
| 04:24 | Misrun Frequency | |
| Solidification Analysis | ||
| 04:37 | Solidification Progress | ssolid3d |
| 04:45 | Solid Fraction | ssol3d |
| 04:54 | Casting Temperature | stemp3d |
| 05:01 | Temperature Gradient | sgrad3d |
| 05:10 | Temperature Gradient Vector | sgradv |
| 05:18 | Cooling Speed | scool3d |
| 05:27 | Cooling Speed Tl-Ts | scoolls3d |
| 05:35 | Transit Time of Critical Solid Fraction | ssolfs3d |
| 05:44 | NIYAMA Parameter | spore3d |
| 05:52 | Degree of Soundness | svfs3d |
| 06:01 | Mold Surface Temperature | smolds3d |
| 06:09 | Mold Temperature | smold3d |
| 06:26 | Maximum Mold Temperature | smoldmtmp3d |
| 06:43 | Solidification Starting Time | ssolst3d |
| 06:52 | Solidification Ending Time | ssolend3d |
| Moving Object | ||
| 07:04 | Rotation and Horizontal Moves | |
| 07:21 | Vertical Move | |
