Pranshul Pandey
Skills Acquired at Skill-Lync :
- CFD
- NUMERICAL-ANALYSIS
- MATLAB
- OPENFOAM
4 Projects
Week 9 - FVM Literature Review
The interpolation schemes in Finite Volume Method are used t calculate value at the cell centre rather calculating the value at node points. Following are the interpolation schemes used in Finite Volume Method we are takng 1d heat conduction equation as an example so the scalar will be temperature(T): 1.)Central differencing…
23 May 2020 09:39 PM IST
Week 8 - BlockMesh Drill down challenge
/*--------------------------------*- C++ -*----------------------------------*\ ========= | \\ / F ield | OpenFOAM: The Open Source CFD Toolbox \\ / O peration | Website: https://openfoam.org \\ / A nd | Version: 6 \\/ M anipulation | \*---------------------------------------------------------------------------*/ FoamFile…
02 Jun 2020 02:24 AM IST
Week 11 - Simulation of Flow through a pipe in OpenFoam
re=2100; R=0.002; D=2*R; mu=0.89e-3; L_e=0.06*re*D; rho=997; theta=4; L=L_e+0.5; vavg=(re*mu)/(rho*D); vmax=2*vavg; r=linspace(0,R,1000); dp=(8*mu*L*vavg)/(R^2); pk=(dp)/rho; for i=1:length(r) tau(i)=(2*mu*vmax*r(i))/(R^2); end plot(r,tau) xlabel('radial distance') ylabel('shear stress') header1='/*----------------------------------*-…
09 Jun 2020 01:32 AM IST
Week 12 - Symmetry vs Wedge vs HP equation
re=2100; R=0.002; D=2*R; mu=0.89e-3; L_e=0.06*re*D; rho=997; theta=45; L=L_e+0.5; vavg=(re*mu)/(rho*D); vmax=2*vavg; r=linspace(0,R,1000); dp=(8*mu*L*vavg)/(R^2); pk=(dp)/rho; for i=1:length(r) tau(i)=(2*mu*vmax*r(i))/(R^2); end plot(r,tau) xlabel('radial distance') ylabel('shear stress') header1='/*----------------------------------*-…
13 Jun 2020 08:30 PM IST
1 Course Certificates
Here are the courses that I have enrolled
Similar Profiles
Ladder of success cannot be climbed with hands in pocket.
The Future in Motion
Give more than what you get you will get more than what you gave
Avid learner