Here, we're considering a circular pipe of diameter 20mm and length 2.7m through which the flowing fluid is water with density of 1000 kgm3and dynamic viscosity of 0.00089 Pa.s. As per the calculations, to keep the flow laminar, the average velocity of the flow has to be taken as 0.0935 m/s and thus the Reynold's…

 Aim: To simulate flow through a pipe in OPENFOAM and validate the results.   Objectives:  1. To validate of hydrodynamic length with the numerical result. 2. Validate the fully developed flow velocity profile with its analytical profile. 3. Validate maximum velocity and pressure drop for fully developed…

Aim: To simulate flow through a pipe in OPENFOAM and validate the results.   Objectives:  1. To validate of hydrodynamic length with the numerical result. 2. Validate the fully developed flow velocity profile with its analytical profile. 3. Validate maximum velocity and pressure drop for fully developed flow. 4. Post process…

THEORY:- SHOCK WAVE :- IN PHYSICS , A SHOCK WAVE IS A TYPE OF PROPAGATING ADRUPTNESS OR DISTURBANCE THAT MOVES FASTER THAN THE LOCAL SPEED OF SOUND IN THE MEDIUM . LIKE AN ORDINARY WAVE , A SHOCK WAVES ALSO CARRIES ENERGY AND PROPAGATES THROUGH A MEDIUM BUT HAVE DISCONTINUITY IN IT\'S PHYSICAL PROPERTIES LIKE …

OBJECTIVE:-   (I) TO SETUP SIMULATION ON CONJUGATE HEAT TRANSFER(CHT) IN SOLID PIPE .                         (II) TO RUN SIMULATION USING GRID DEPENDENCE TEST ON THREE GRIDS .                      …

Objective: To study the effect of the wedge angle and the Boundary Conditions on the simulation of an axisymmetric laminar flow in a cylindrical pipe. The given wedge angles in degrees are- 10 25 45   Axi-symmetric flow: A flow pattern is axisymmetric when it is identical in every plane that passes through…