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    Primary phase: Air Secondary phase: Granular material, diameter 7.8 mm, 1200 kg/m3 density Boundary conditions: velocity inlet 5 m/s and 22 m/s (alternatively choose a velocity within the internal jet flow regime)(bottom), pressure outlet (atmospheric) (top) Gravity should be enabled. Also, the initial volume fraction of 0.6 should be patched in as shown in the image attached. The SpaceClaim geometry file is attached. Air is to enter the chamber from the bottom and escape through the top. No amount of the secondary phase is to leave via the inlet. An animation of the volume fraction contour of the secondary phase as it is spouted should be submitted. First to provide correct results wins! Good luck! Ps: I would need the case and data files from Ansys fluent.

    €14 (Avg Bid)
    €14
    2 työtä

    ONLY EXPERTS AND WITH EXPERIENCE IN THIS WORK, do not make me waste my time with people who are learning. VERIFIABLE EXPERIENCE WILL BE REQUIRED. Important documents are attached. Read please. ANSYS APDL ONLY It is necessary to model in Ansys APDL, 2 steel tanks with water inside, one of them without seismic isolation and the other with seismic isolation at the base. Model in Ansys APDL a circular steel tank with water. It is necessary to analyze the fluid-structure-seismic isolator interaction. At the base of the tank with isolator seismic, there are 2 types of seismic isolators, which must be modeled in 3D, with COMBIN40 and COMBIN14 elements depending on the type of seismic isolator. There are 20 "red color" type seismic isolators, and 11 "blue color" type seismi...

    €1201 (Avg Bid)
    €1201 Keskimäär. tarjous
    12 tarjoukset
    Film cooling 5 päivää left

    We need help in ANSYS Software to do CFD simulation and thermal analysis. Its time sensitive.

    €72 (Avg Bid)
    €72 Keskimäär. tarjous
    5 tarjoukset

    Design and Analysis the NACA4412 Aircraft Blade in Fluent.

    €12 (Avg Bid)
    €12 Keskimäär. tarjous
    7 tarjoukset

    Hello I need a UDF code for Ansys Fluent about radiation modeling for a Helistot receiver. The target of the work is writing a C++ code in Ansys UDF to enter the heat generations on each receiver panel as a wall boundary condition. The computational domain is a hexahedron with a square horizontal base of 30 m side and a height of 36 m, the specifications given in the figures. At the center of the domain the receiver [(x,y) (0,0)] is approximated by a hollow polyhedron with 24 sides, 5.1 m diameter and 6.2 m total length, given in the figures. While creating the geometry, each surface of the receiver in contact with the air is divided into 10 parts and the boundary condition for 24 surfaces (240 parts in total) must be given as heat generation (W/m3). The heat generation data for each surf...

    €53 (Avg Bid)
    €53 Keskimäär. tarjous
    4 tarjoukset

    -create the 3D streamline in battery pack domain to analyze flow pattern -create several plane and contour of temperature, velocity and pressure to analyze the simulation result. Explain your finding. -plot graph of temperature against length of housing (select any 3 line). -increase value inlet water velocity inlet for at least 8 value

    €74 (Avg Bid)
    €74 Keskimäär. tarjous
    10 tarjoukset