Titlebook: CFD Modeling and Simulation in Materials Processing 2018; Laurentiu Nastac,Koulis Pericleous,Brian G. Thomas Conference proceedings 2018 T

楓樹

Numerical Simulation of Electromagnetic and Heat Transfer Phenomena in Inductively Heated Riserscontrol volume method. Computed results show that it is possible to prevent premature solidification of the riser even though traditional design criteria are violated. The significance of these findings pertaining to sand and ingot casting systems will be discussed.

Anticonvulsants

拘留

Numerical Simulation on Solidification Structure of 30Cr2Ni4MoV Steel Under Different Temperature Grre set to 8.9?×?10. and 4.5?×?10., respectively, then the simulation results are fit to the experimental results. The numerical simulations provides data on the grain morphology and the ratio of the columnar and equaixed areas. The numerical results are useful as the grain structure in heavy ingots can be revealed.

變形

dilute

Evaporation and Diffusion of Mn in Inert Systemsmatical model was constructed to link theoretical values to the results from the experiments. The high control over the system parameters allowed for the validation, rejection or creation of values and theories used in the model.

Offset

人充滿活力

殺菌劑

The development of nanotechnologyhenomena can be studied and the mechanisms of different pore formation investigated. When the powder particles are melted, the formed melt pool would solidify to form the single track and its density depends on the process parameters. The high speed, 1600?mm/s, of laser would result in less dense tr

固執(zhí)點(diǎn)好

Bhanu P. Sahu,Nikhil Biswas,Malay K. Dasl. The desulfurization kinetics were predicted using the CFD simulation results together with the thermodynamic calculations. This approach is validated in terms of the evolution of the sulfur content based on industrial data. As the model can considerably decrease the computational time and cost fo

LAVA