Cristian Puscasu, Mihaela Grigorescu, Ghita Axene, Raluca Voicu, Mariana Stefanescu, Victoria Teleaba and Ivanka Zheleva
An ANSYS simulation of the multiphase complex fluid flow motion in a centrifugal device (tricanter) is presented in the paper. This centrifugal device is designed for one step efficient solution for contaminated river water processing with oil and oil products. The proposed tricanter is one of the main objectives of the project named “Common strategy to prevent the Danube’s pollution technological risks with oil and oil products CLEANDANUBE” financed by European Commission within the frame of Romania-Bulgaria Trans-Border Cooperation Program 2007 - 2013 (grant MIS-ETC code 653). Results for liquid phases (water and oil products) and for solid particles motion are presented graphically and are commented.
Adrian Popa, Ionuţ-Cristian Scurtu, Beazit Ali and Marian Ristea
The breakthrough in static structural, buckling and modal computer-simulated results can be used for new military purpose applications. The development of hardware resources leads to better simulation in mechanical analysis. Based on the Ansys software, the values presented for the pylon result from a complex analysis. The present paper aims at defining the working parameters for a specific load of 100 tf, as well as presenting the actual software capabilities for military applications. The information provided is valuable for the emerging technologies and the military techniques, being based on the ANSYS simulation.