Week 8: Proportional Valve simulation

RANS Derivation & Analysis: Aim: To apply Reynold’s decomposition to the Navier Stokes equations and come up with the expression for Reynold’s Stress. To explain the understanding of term Reynold’s Stress. To explain Turbulent viscosity and differentiate it from molecular viscosity. We should first…

SHELL & TUBE HEAT EXCHANGER SIMULATION: Aim: To Set up the case for Shell & tubes heat Exchanger and make a comparative study between Parallel Flow and Counter flow simulation using Converge 3.0 CFD program and then post-process the results on Paraview. Introduction: Shell and tube heat exchangers in their various…

2D CAVITATION SIMULATION: Aim: To carry out a simulation on a Winkl Hoffer Nozzle for fluid using Converge 3.0 CFD program and then post-process the results on Paraview. Introduction: The simulation on a Winkle Hoffer Nozzle is the best way to simulate the conditions and effects of flow of high pressure and high velocity…

PROPORTIONATE VALVE SIMULATION: Aim: To carry out a simulation of air flow inside a Proportionate Valve using Converge 3.0 CFD program and then post-process the results on Paraview. Introduction: We need to observe the parameters of Air as a medium flowing inside a Proportionate valve. In this simulation we can examine…

CENTRIFUGAL PUMP SIMULATION: Aim: To carry out a simulation of Liquid flow inside a Centrifugal Pump using Converge 3.0 CFD program and then post-process the results on Paraview. Introduction: We need to observe the parameters of Water (H2O) as a medium flowing inside a Centrifugal Pump. In this simulation we can examine…

Note: Due to personal computer’s restricted ability, this report is prepared based on a simulation with coarse mesh of size 0.008m instead of finer mesh size. Aim: To carry out a simulation of air flow inside a Turbocharge using Converge 3.0 CFD program and then post-process the results on Paraview. Introduction:…

TRANSIENT SIMULATION OF FLOW OVER THROTTLE BODY: Aim: To carry out a simulation of air flow inside an Elbow consisting of a Throttle using Converge 3.0 CFD program and then post-process the results on Paraview. Introduction: We need to observe the parameters of Air as a medium flowing inside an Elbow of specific size consisting…

STEADY STATE SIMULATION OF FLOW OVER THROTTLE BODY: Aim: To carry out a simulation of air flow inside an Elbow consisting of a Throttle using Converge 3.0 CFD program and then post-process the results on Paraview. Introduction: We need to observe the parameters of Air as a medium flowing inside an Elbow of specific size…

CONJUGATE HEAT TRANSFER FLOW SIMULATION: Aim: To carry out a simulation of air flow through a pipe and perform a Conjugate Heat Transfer flow simulation using Converge 3.0 CFD program and then post-process the results on Paraview. Introduction: Conjugate heat transfer occurs when heat transfer occurs simultaneously within…

BACKWARD FACING STEP SIMULATION: Aim: To carry out a simulation of air flow over a Backward Facing Step using Converge 3.0 CFD program and then post-process the results on Paraview. Introduction: We need to observe the parameters of Air as a medium flowing inside a Backward Facing Step of specific sizes. In this simulation…

Aim: To carry out a simulation of air flow in a channel using Converge 3.0 CFD program and then post-process the results on Paraview. Introduction: We need to observe the parameters of Air as a medium flowing inside a Channel of specific sizes. The parameters to be observed are change in the velocity, pressure, mass flow…