Comparison of Inlet and Outlet Velocity of Fluid in Rectangular Pipe

CFD
[Document subtitle]
JANUARY 26, 2019

Contents
General Information...........................................................................................................................................0
1. The objective of the simulation:- Main objective of CFD analysis is following.......................................0
Methodology......................................................................................................................................................0
Procedure............................................................................................................................................................9
Results..............................................................................................................................................................12
Advantage of CFD:..........................................................................................................................................15
Disadvantage of CFD:......................................................................................................................................15
Review..............................................................................................................................................................15
References........................................................................................................................................................16
II

General Information
1. The objective of the simulation:- Main objective of CFD analysis is following
a. Comparison of inlet and outlet velocity of fluid in Rectangular pipe.
b. Comparison of inlet and outlet presser of fluid in Rectangular pipe.
c. To show the streamline flow in Rectangular pipe in different position like fluid, solid, or
all domain.
d. To show the Contour flow in Rectangular pipe
e. To show the Velocity vector in Rectangular pipe
f. To produce a standard computational fluid dynamics simulation of a vehicle model and to
withdraw relevant data’s.
g. To produce standard of CFD simulations result of drag phenomenon to two cars that are
following eachother. (A., 1996)
Methodology
Step1. Make the 3d Module in the Cad software (Creo, Catia, Solid work, Unigraphix, or any
another cad software) according to given dimension then it convert into .IGS or .STP file.
Step 2. Start the workbench of the ansys software
Step3. Select the module
Example.
 Design as assessment
 Electric
 Explicit dynamic
 Fluid flow – blow molding (poly flow)
 Fluid flow – extrusion (poly flow)
 Fluid flow (CFX)

 Fluid flow (fluent)
 Fluid flow (poly flow)
 Harmonic response
 Hydrodynamic diffraction
 Hydrodynamic time response
 IC engine
 Linear Buckling
 Magnetostatic
 Modal
 Modal (samcef)
 Random vibration
 Response spectrum
 Rigid dynamics
 Static structural
 Static structural (samcef)
 Steady- state thermal
 Thermal electric
 Through flow
 Transient structural
 Transient thermal
Component systems
 Autodyne
 Blade gen
 CFX
 Engineering data
 Explicitly dynamic
 External connection
 External data
 Finite element modeller
 Fluent
1