Simulation of Flow through a pipe in OpenFoam Wedge BC

Part:2 OBJECTIVE: Comparative Analysis of Symmetry and wedge Boundary condition and its validation with Hagon-Poiseuille Equations. INTRODUCTION: As per objective Should have have results obtained from solving the Hagen Poisuelle\'s equation Should have results obtained from simulating the pipe flow with the wedge BC should…

Part:1 OBJECTIVE: To write a program in Matlab which will generate BlockMeshDict file automaticlly of given grading schemes and wedge conditions, and to study the flow through a pipe in OpenFoam and validate the results with theoretical equations which is Hagen poiseuille’s equation. INTRODUCTION: For any pipe, calculation…

OBJECTIVE: Describing the need for interpolation schemes and flux limiters in FVM INTRODUCTION: FVM FVM can be used on all differential equations, it can written as in divergence form. The equation is converting the volume integral over the divergence into a surface integral across the boundaries. 1.Interpolation Scheme:…

OBJECTIVE: Using the icoFOAM solver to simulate the flow through a backward facing step, and creating multiple meshes and will be comparing the results obtained from each mesh. Introduction: The purpose of the following project is to generate the geometry for a variation of the incompressible cavity flow problem in OpenFOAM.…

OBJECTIVE Meshing the cylinder using ANSA for structural analysis at target length 1 units (or mm) Procedure Phases invoved: importing CAD model --> geometry checks --> assigning PID --> meshing --> mesh checks CAD file of the object need to be imported into ANSA and there are several steps invovled before…

OBJECTIVE: Solving the 1D supersonic nozzle flow equations using the Macormack Method. Implementing both the conservative and non-conservative forms of the governing equations Performing grid dependence test 1.INTRODUCTION: A nozzle is a device designed to control the direction or characteristics of a fluid flow (especially…

OBJECTIVE: Solving the 2D heat conduction equation by using the point iterative techniques for Steady state and Transient state. For Transient state analysis, solving equation by both implicit and explicit schemes. Iterative techniques are; Jacobi Gauss-seidel Successive over-relaxation.   Stability analysis in Transient…

Objective: =>To derive the following fourth order approximation scheme of the second order derivative using following. central differencing skewed right sided differencing skewed left sided differencing => Evaluate the second order derivative of the analytial function, i.e f(x) = `e^(x)*cos(x)` and compare with…

Objective: Comparison between first, second and fourth order approximations for first order derivative of a function, and showing in bar graph. given analytical fucnction  f(x) = `(sin(x))/x^3` Steps involved: => Deriving analytical derivarive of given function. => Difining 'x' value `pi/3` =>…

Objective: Stoichiometric Combustion Calculator for Alkane, Alkene and Alkyne fuels using follwing equation Here n = Number of moles of C ar = Stoichiometric co-efficient a = Number of moles of Carbon-di-oxide b = Number of moles of water c = Number of moles of nitrogen Introduction: stoichiometric combustion is ideal…