Shot Sleeve simulation results were used asboundary condition for cavi terjemahan - Shot Sleeve simulation results were used asboundary condition for cavi Bahasa Indonesia Bagaimana mengatakan

Shot Sleeve simulation results were

Shot Sleeve simulation results were used as
boundary condition for cavity filling simulations(see Fig.9).
Simulation results were verified with short shot
experiments. The results showed the importance of shot
sleeve simulations in order to get reliable data in cavity
filling simulations.
Fig.9. Short shot experiments proved that it is vital to
simulate shot sleeve process before cavity filling
simulations.
Conclusion
Shot sleeve simulations give valuable information to
the manufacturer what will be the final quality of the
product. If the HPDC machines could be controlled
according to these simulation results, it would mean
substantial savings in lead times, production planning and
high decrease in scrap production.
Along with cavity pre-fill percentage and transition
time, cavity geometry including the design and locations of
gates and vents was found to be very important
parameter to be considered to achieve optimal cavity fill in
terms of air entrapment.
The shot sleeve process is quite difficult process to
simulate and the efficient usage of results require the
possibility to control HPDC machines.
Following direct improvements could be gained:
- Improvement of the casting quality by minimising the
entrapped air during the shot sleeve process
- Minimising set up time during the start of casting
process
- Possibility to control HPDC machines more precisely
- Optimisation of the whole casting process by
controlling filling with optimal plunger movement
- Shorter lead time during the tool designing process
- Less scrap and waste production when new design is
taken on the use.
Simulations demonstrated the importance of
calculating the filling of the casting in Aluminium Casting
process. With certain castings, there are situations where
the channel design can prevent the proper filling of the
casting. These situations are very difficult to predict
without simulations.
Shot Sleeve simulations proved that it is extremely
important to simulate the process with actual plunger
movements. The optimisation of plunger movement is
impossible to achieve without simulation. It is important
that the simulation program employed is able to model the
free surfaces of the flow correctly in order to predict air
entrapment
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Disalin!
Ditembak lengan hasil simulasi digunakan sebagaibatas kondisi untuk rongga mengisi simulasi (Lihat gambar.9).Hasil simulasi yang diverifikasi dengan tembakan pendekpercobaan. Hasil penelitian menunjukkan pentingnya ditembaksimulasi lengan untuk mendapatkan data yang dapat diandalkan dalam ronggasimulasi pengisian.Gambar.9. pendek menembak eksperimen membuktikan bahwa sangat penting untukmensimulasikan proses lengan ditembak sebelum mengisi ronggaSimulasi.KesimpulanSimulasi tembakan lengan memberikan informasi berharga kepadaprodusen apa yang akan menjadi kualitas akhirproduk. Jika mesin HPDC dapat dikendalikanMenurut hasil simulasi ini, itu berartipenghematan substansial dalam memimpin kali, perencanaan produksi dantinggi penurunan produksi memo.Persentase pra-mengisi rongga dan transisiwaktu, geometri rongga termasuk desain dan lokasiGates dan ventilasi ditemukan untuk menjadi sangat pentingparameter untuk dipertimbangkan untuk mencapai mengisi rongga optimalpersyaratan AC jebakan.Proses ditembak lengan adalah proses yang cukup sulit untukmensimulasikan dan memerlukan efisien penggunaan hasilkemungkinan untuk mengontrol mesin HPDC.Mengikuti perbaikan langsung dapat peroleh: -Peningkatan kualitas pengecoran oleh meminimalkanterperangkap udara selama proses ditembak lengan-Meminimalkan mengatur waktu selama awal pengecoranproses-Kemungkinan untuk mengontrol HPDC mesin lebih tepatnya-Optimasi proses pengecoran seluruh olehmengendalikan mengisi dengan optimal plunger gerakan -Saat memimpin pendek selama alat merancang proses-Memo kurang dan produksi limbah ketika desain barudiambil pada penggunaan.Simulasi menunjukkan pentingnyamenghitung mengisi casting dalam Aluminium Castingproses. Dengan coran tertentu, ada situasi di manaDesain saluran dapat mencegah mengisi tepatCasting. Situasi ini sangat sulit untuk memprediksitanpa simulasi.Ditembak lengan simulasi membuktikan bahwa itu adalah sangatpenting untuk mensimulasikan proses dengan sebenarnya pendoronggerakan. Pengoptimalan plunger gerakanmustahil untuk mencapai tanpa simulasi. Pentingprogram simulasi yang dipekerjakan mampu modelgratis permukaan aliran dengan benar untuk memprediksi udarajebakan5.
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