2D Cavitation simulation

SHELL AND TUBE HEAT EXCHANGER SIMULATION   AIM:             To set the case setup and run the simulation of Shell and Tube Heat Exchanger and make a comparative study between parallel flow and counter flow.   OBJECTIVE: Heat exchangers are one of the mostly…

HOT AISLE AND COLD AISLE CONTAINMENT   AIM:             To set the case setup and run the simulation of Hot Aisle and Cold Aisle Containment of Data Centre of Server Room.   OBJECTIVE: We live in a computer age. We search for information on the internet.…

CENTRIFUGAL PUMP SIMULATION   AIM:             To run the simulation process for centrifugal pump for outflows of three different mass flow rate. Mass flow rate- 130 kg/s Mass flow rate- 156 kg/s Mass flow rate- 180 kg/s   OBJECTIVE: Centrifugal pumps are…

SIMULATION OF 2D CAVITATION   AIM:         To simulate and run case setup with 3 pressure difference for Winkl Hoffer Nozzle to study cavitation Pressure difference of 30 bar Pressure difference of 70 bar Pressure difference of 100 bar   OBJECTIVES:            …

TURBO CHARGER SIMULATION   AIM:             To run the simulation process for turbo charger with three different pressure ratios. Pressure ratio- 2 Pressure ratio- 2.5 Pressure ratio- 3   OBJECTIVE: A turbocharger is a device that is used to increase the…

PROPORTIONAL VALVE SIMULATION   AIM:             To run the simulation for proportional valve with 3 different lifts using with and without Adaptive Mesh Refinement.   OBJECTIVE:                      …

RANS DERIVATION AND ANALYSIS   AIM: Applying Reynolds’s decomposition to the NS equation and getting the Reynolds’s stress expression Understanding the term of Reynolds’s stress What is Turbulent Viscosity and differentiating from Molecular Viscosity   INTRODUCTION: REYNOLD’S DECOMPOSITION…

SIMULATION OF CONJUGATE HEAT TRANSFER   AIM:         To simulate the conjugate heat transfer through a pipe using converge and analyse the results with three different mesh grids and three different super-cycle stage intervals.   OBJECTIVES:              …

TRANSIENT SIMULATION OF FLOW OVER A THROTTLE BODY   AIM:         To simulate the transient flow over a throttle body using converge and analyse the results when the valve moves from 0° to 25° position.   OBJECTIVES: A control valve is a power operated device capable of modulating the…

STEADY STATE SIMULATION OF FLOW OVER A THROTTLE BODY   AIM:             To simulate the steady state flow over a throttle body using converge and analyse the results when the valve is at 0° position.   OBJECTIVES:                                …

AIM:        To run stimulation for backward facing step with different mesh size and analyse the results by comapring with each other.  OBJECTIVES:                      The backward facing step is an interesting case where the flow is subjected…

AIM:        To setup a 2D channel flow simulation in CONVERGE        Dimensions: X=0.1m, Y=0.01m, Z=0.01m         Mesh Sizes: Mesh 1- dx=2e-4m, dy=2e-4m, dz=2e-4m                          Mesh…