Ramkumar Venkatachalam
MSc Aerospace Engineer
Skills Acquired at Skill-Lync :
Introduction
31 Projects
Taylor table method and Matlab code
Derivation of 4th order numerical approximation for 2nd order derivative using Taylor table method and comparison of the differencing schemes AIM To derive the 4th order numerical approximation for 2nd order derivative of a given function using central, skewed right and skewed left differencing schemes and to write a program…
29 Jan 2022 03:46 AM IST
Numerical Simulation of Quasi 1D Super-sonic C-D nozzle flow using Mac-Cormack Method
NUMERICAL SIMULATION OF QUASI 1D SUPERSONIC C-D NOZZLE FLOW USING MAC-CORMACK METHOD AIM Our aim is to write a program to solve the governing…
29 Jan 2022 03:27 AM IST
Simulation of Laminar Flow over a 2D Backward Facing Step using BlockMesh technique in OpenFOAM
SIMULATION OF LAMINAR FLOW OVER A 2D BACKWARD FACING STEP USING OpenFOAM AIM Our aim is to simulate a laminar flow over a backward facing step by solving the governing flow equations using OpenFOAM. THEORY/EQUATIONS/FORMULAE USED OpenFOAM is an open source CFD package. It is a Finite Volume Method (FVM) based tool…
29 Jan 2022 03:49 AM IST
Finite Difference Method (FDM) V/s Finite Volume Method (FVM) Literature Review
Finite Difference Method (FDM) V/s Finite Volume Method (FVM) In Computational Fluid Dynamics (CFD) the governing equations defining the physics i.e., navier stokes equations are solved numerically. These equations are in partial differential form which can’t be solved directly. So we employ a process called discretization.…
29 Jan 2022 03:51 AM IST
Simulation of Laminar Flow through wedge-shaped pipe using OpenFOAM
SIMULATION OF LAMINAR FLOW IN A WEDGE-SHAPED PIPE USING OpenFOAM AIM Our aim is to simulate a laminar flow in a wedge-shaped pipe by writing a Matlab code that can generate a BlockMesh Dict file for computational mesh for any wedge angle and validate the Hagen-Poiseuille equation using OpenFOAM. THEORY/EQUATIONS/FORMULAE…
29 Jan 2022 03:54 AM IST
DETAILED REPORT ON DISCRETIZATION BASICS FOR A RANGE OF dx
DETAILED REPORT ON DISCRETIZATION BASICS FOR A RANGE OF dx 1. AIM To write a program that compares the first, second and fourth order approximations of the given function f(x) = sin(x)/x^3 for a range of dx against the analytical derivative. EQUATIONS/ FORMULAE USED Given function, f(x) = sin(x)/x^3…
29 Jan 2022 03:56 AM IST
SIMULATING THE MOTION OF SIMPLE PENDULUM BY SOLVING ORDINARY DIFFERENTIAL EQUATION
DETAILED REPORT ON SIMPLE PENDULUM AIM To write a program for solving the ODE representing the motion of a simple pendulum with damping and simulate the motion between 0 to 20 seconds EQUATIONS/ FORMULAEUSED Simple Pendulum – It is usually a bob of mass m suspended from a hinge (fixed point) in a way that it oscillates…
29 Jan 2022 03:47 AM IST
Program that compares the effect of number carbon atoms on the stoichiometric co-efficient with respect to the combustion of different fuel type.
DETAILED REPORT ON STOICHIOMETRIC RATIO CALCULATOR (WEEK-3 CHALLENGE) AIM To write a program that compares the effect of number carbon atoms on the stoichiometric co-efficient with respect to the combustion of different fuel type. EQUATIONS/ FORMULAE USED Generic alkane combustion, Cn H2n+2 + ar(O2 + 3.76 N2) = aCO2 +…
23 Mar 2021 02:45 PM IST
Flow through Mixing Tee configurations to see the Mixing Effectiveness
STEADY STATE SIMULATION OF FLOW IN A MIXING TEE OF TWO CONFIGURATIONS TO COMPARE THE MIXING EFFECTIVENESS USING ANSYS FLUENT AIM Our aim is to simulate a steady state flow in a mixing tee of two configurations to compare the mixing effectiveness by selecting the suitable turbulence model and validate the numerical result…
29 Jan 2022 03:30 AM IST
Steady & Transient State Simulation of Flow over a Cylinder in 2D
STEADY & TRANSIENT STATE SIMULATION OF FLOW OVER A CYLINDER IN 2D TO STUDY THE KARMAN VORTEX STREET AND BEHAVIOUR OF CO-EFFICIENT OF LIFT & DRAG USING ANSYS FLUENT AIM Our aim is to simulate a steady & transient state flow over a cylinder with different Reynolds number to study the Karman Vortex Street…
29 Jan 2022 03:24 AM IST
External Flow Simulation over an Ahmed body to study its Aerodynamic Properties
STEADY STATE EXTERNAL FLOW SIMULATION OVER AN AHMED BODY TO STUDY ITS AERODYNAMIC PROPERTIES USING ANSYS FLUENT AIM Our aim is to simulate a steady state external flow over an Ahmed body to study the properties of lift and drag using ANSYS FLUENT and perform grid independent study. THEORY/EQUATIONS/FORMULAE USED ANSYS…
29 Jan 2022 03:28 AM IST
Conjugate Heat Transfer (CHT) Simulation through an Exhaust port of an In-line 4-Cylinder Engine
STEADY STATE CONJUGATE HEAT TRANSFER SIMULATION THROUGH AN EXHAUST PORT OF AN IN-LINE 4-CYLINDER ENGINE USING ANSYS FLUENT AIM Our aim is to simulate a steady state fluid flow through an exhaust port of an in-line 4-cylinder engine to study the conjugate heat transfer using ANSYS FLUENT. THEORY/EQUATIONS/FORMULAE…
29 Jan 2022 03:28 AM IST
TRANSIENT SIMULATION OF FLUID SLOSHING EFFECT INSIDE A GEARBOX BY VARYING LUBRICATING FLUID AND GEAR IMMERSION LEVELS
TRANSIENT SIMULATION OF FLUID SLOSHING EFFECT INSIDE A GEARBOX BY VARYING LUBRICATING FLUID AND GEAR IMMERSION LEVELS USING ANSYS FLUENT …
20 Feb 2022 10:01 AM IST
Simulation of Natural Gas Combustion
STEADY STATE SIMULATION OF NATURAL GAS COMBUSTION USING ANSYS FLUENT …
24 Mar 2022 04:21 PM IST
Week 8: Literature review - RANS derivation and analysis
LITERATURE REVIEW – REYNOLDS AVERAGED NAVIER STOKES DERIVATION AND ANALYSIS …
12 Jun 2022 04:58 PM IST
2 Course Certificates
3 Workshop Certificates
Academic Qualification
Masters of Science in Engineering
Warsaw University of Technology
05 Oct 2015 - 09 Sep 2017
B.E
Dhanalakshmi Srinivasan College of Engineering and Technology
10 Aug 2011 - 04 May 2015
12th
Kendriya Vidyalaya Ganeshkhind
01 Apr 2010 - 31 Mar 2011
10th
Kendriya Vidyalaya Ganeshkhind
01 Apr 2008 - 31 Mar 2009
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