#04 Creo Live Simulation- Fluid Simulation Study

#MdDesignAcademy #creoparametric #Creo #design #simulation #creosimulation #livesimulation
In this video tutorial we will learn about Fluid Simulation study with fluid flow analysis in Pipelines flange.
To download the parts used in Simulation follow the link: drive.google.com/drive/folder...
Overview Of Creo Simulation Live:
Creo Simulation Live is a rapid prototyping simulation tool. Engineers and designers who are not full-time analysts can use Creo Simulation Live to try out 3D simulations on models, early in the design. You can interactively change materials, loads, constraints, or results and view almost instantaneous simulation results. Then visualize the results of an analysis without a detailed understanding of the design.
As an analyst, you can use the results from a concept design from live simulation, and reduce the number of high-fidelity simulations that are normally required later in the design.
Running Fluid Simulation Studies-Creo Simulation Live:
You can run the following types of fluid simulation studies:
•Internal-Flows like that of fluid through a pipe.
•External-Flows similar to movement of air around a vehicle, aircraft, or spacecraft in a wind tunnel.
To solve a fluid simulation study you must define the following minimum inputs:
•A fluid domain-This is a closed volume through which the fluid flow is simulated. The fluid domain can be an internal volume of a part or assembly, an enclosure around a part or assembly, a part, or a body.
•Fluid material-Some fluid materials are available in the Materials Library. You can also create a new fluid material from the Materials dialog box.
•Boundary or thermal conditions-If only boundary conditions are specified then the following minimum boundary conditions must be specified:
◦One inlet boundary condition (flow velocity, inlet pressure, mass flow, swirl inlet)
◦One outlet boundary condition (outlet pressure)
•Transient or Steady State-A study is steady-state by default. In a steady state fluid study the properties of a fluid at a given point do not change over time. For example, the velocity of the fluid is different at different points in the fluid, but is constant for a given point.
Follow the link to watch complete Creo Parametric tutorial's on:
1. Creo Sketch- • Creo Sketch Module
2. Creo Part Modelling- • Creo Part Module
3. Creo Assembly Design- • Creo Assembly Design
4. Creo Detailed Drawing- • Creo Drawing
5. Creo Sheetmetal- • Creo Sheet Metals
6. Creo Layout- • Creo Layout
7. Creo Simulation- • Creo Simulation
8. Creo Practice Sessions- • Creo Practices Session
9. Creo Complete Session- • Creo Parametric Tutori...
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