Structural analysis of Spur gear with 3 different materials using Ansys Workbench.

PROJECT TITLE : TO PERFORM A CONJUGATE HEAT TRANSFER ANALYSIS ON A GRAPHICS CARD USING K-epsilon METHOD IN ANSYS FLUENT AND FIND OUT THE POTENTIAL HOTSPOTS AND WAYS TO OVERCOME IT.   OBJECTIVES AND AIM : To perform a steady state conjugate heat transfer analysis on a model of a graphics card using appropriate materials…

PROJECT TITLE:  SOLUTION OF A SECOND ORDER DIFFERENTIAL EQUATION USING LINEAR ALGEBRA AND VERIFYING IT WITH THE CALCULUS METHOD.   OBJECTIVE:           >Writing the code to solve the transient nature of pendulum and animating its motion.            …

PROJECT TITLE : COMPUTATIONAL FLUID DYNAMIC ANALYSIS OF SLOSHING EFFECT OF LUBRICANT INSIDE GEARBOX CASING USING VOLUME OF FLUID APPROACH.   OBJECTIVE AND AIM :   Cases to be solved:- 1. 20% Immersion, Fluid - Engine oil 2. 30 % Immersion, Fluid - Engine oil 3. 20% Immersion, Fluid…

PROJECT TITLE: PROGRAM TO DO DATA PARSING OF THE THERMODYNAMIC DATA RECEIVED FROM NASA.  OBJECTIVE:       To perform a data parsing in Matlab. 1. Write a function that extracts the 14 co-efficients and calculates the enthalpy, entropy and specific heats for all the species in the data file, NASA…

All the animation links that are provided above : Animation: https://youtu.be/fJCwa8V0mL0 Animation: https://youtu.be/NO2abhe9H9A Animation:  https://youtu.be/MWqWu4XIxjg

PROJECT TITLE:   TO CARRY OUT A STATIC STRUCTURAL ROLLING OPERATION ON COPPER WORKPIECE USING ANSYS WORKBENCH. OBJECTIVES: 1. To open the model in the Space claim and modify the workpiece as given in the problem statement. To perform the rolling operation in order to see the effects on workpiece as well as the…

PROJECT TITLE : PERFORM A COMBUSTION STUDY ON METHANE WITH EDDY DISSIPATION MODEL USING K-epsilon MEHTOD AND ACCOUNT FOR THE VARIATION OF DIFFERENT SPECIES INSIDE THE COMBUSTOR. OBJECTIVES AND AIM : Biefly explain about the possible types of combustion simulations in FLUENT. Perform a combustion simulation on the combustor…

PROJECT TITLE: PERFORM A STEADY STATE TURBULENT FLOW THROUGH A GATE VALVE ASSEMBLY AND CALCULATE THE MASS FLOW RATE. CONDUCT A PARAMETRIC STUDY AS WELL.   OBJECTIVES:  Perform a parametric study on the gate valve simulation by setting 5 design points starting from the initial condition of lift with the least…

https://drive.google.com/open?id=1-sUj99lmkMXQc9twPeTVbDY98auTEDpg

PROJECT TITLE: CONJUGATE HEAT TRANSFER ANALYSIS ON AN EXHAUST PORT OF AN I.C ENGINE USING k-epsilon TURBULENCE MODEL IN ANSYS FLUENT.   OBJECTIVE: Give a brief description of why and where a CHT analysis is used.  Perform a CHT analysis on a model of an exhaust manifold. Compare the solutions for 2 sizes of meshes.…

PROJECT TITLE: COMPUTATIONAL FLUID DYNAMICS INVESTIGATION ON AHMED BODY USING k-epsilon TURBULENCE METHOD IN ANSYS FLUENT AND ACCOUNTING FOR THE DEVELOPMENT OF NEGATIVE PRESSURE GRADIENT.   OBJECTIVE:  1. Describe about Ahmed body and its importance. 2. In order to refine the mesh around the area of interest.…

PROJECT TITLE: STEADY AND TRANSIENT ANALYSIS OF FLOW OVER A CYLINDER FOR LOW REYNOLDS NUMBER AND CAPTURING THE KARMAN VORTEX STREET USING ANSYS FLUENT. OBJECTIVE: For Re = 100, simulate the flow over a cylinder using steady and transient mode.  In both approaches, deduce that the flow has converged. That is,…

TOPIC - SIMULATE THE FLOW THROUGH A BACKWARD FACING STEP USING icoFoam SOLVER IN OPENFOAM.   OBJECTIVE -  1. Copy the cavity directory from the incompressible icofoam tutorial folder to the Test Run folder.                       2.  Modifying and re-creating…

             1D SUPER-SONIC NOZZLE FLOW SIMULATION USING MacCORMACK METHOD   SUMMARY This project will deal with 1D super-sonic nozzle flow simulation both in conservative and in non-conservative forms. The software used for finding the flow variables for the nozzle is MATLAB. Navier…

PROJECT TITTLE: PERFORMING STEADY STATE SIMULATION ON A MIXING TEE GEOMETRY USING ANSYS FLUENT. OBJECTIVE:  Setup steady state simulations to compare the mixing effectiveness. Case 1 Short mixing tee with hot inlet velocity of 3m/s Momentum ratio of 2 Case 2 Long mixing tee with hot inlet velocity of 3m/s Momentum…

PROJECT TITLE:   To run the motion analysis on the planetary gear with a sun gear, a ring                                   gear, a carrier and four planet gears. AIM:   1. To access the gears from the…

PROJECT TITLE:    DESIGN AND ANALYSIS OF CENTRIFUGAL PUMP SUBJECTED TO VARIOUS                                OUTLET VELOCITY.   OBJECTIVE:           1. To Design a CAD model of the Centrifugal pump.…

PROJECT TITLE:   TO OPTIMIZE THE STALAGMITE FUNCTION AND TO FIND OUT THE                                             GLOBAL MAXIMA OF THE FUNCTION. OBJECTIVE :         …

This Project will deal with the transient flow simulation over a cylinder with varying Reynolds Number of the fluid taken.    THEORY: Reynolds Number as we know is defined as the ratio of inertial force by viscous force. The Reynolds number is defined as: Re = rho*U_inlet*D/mu ρ(rho) is the density of the…

https://drive.google.com/open?id=1Ei0zN4e1icqz0jyzQcb79FyGJvFz1NuB

PROJECT TITLE: Internal Geneva Mechanism. AIM:   1. To create 3D models of driver and driven wheels of the internal geneva mechanism                using SolidWorks.           2. To assemble both the parts to create the full mechanism.    …

PROJECT TITLE:    CREATING A RANKINE CYCLE SIMULATOR USING MATLAB. OBJECITVE:          1. Coding for obtaining the rankine cycle.                              2. Calculating all the state points as per user…

PROJECT TITLE:  PIPE FLOW SIMULATION. OBJECTIVE:         1.Creating a pipe model in SolidWorks.                             2.Running an air flow simulation for different Reynolds No. at inlet .      …

https://drive.google.com/open?id=19ipfN78BHkysDIbTGQRAiHa3juoDOFou

PROJECT TITLE:  MODELLING AND SIMULATION OF FLOW THROUGH A FLOWBENCH. OBJECTIVE:      To create a 3D CAD model of a flowbench and run flow analysis.                           Run a Grid dependency test.          …

This Program will deal with the Pressure and Volume variation of an Otto Cyle:   This is the plot of the P-V Diagram for parameters fixed in the program pasted below:         %main program close all clear all clc %Inputs bore=100; stroke=200; con_rod=250; rc=22; n=1.4; Vs= pi/4*bore^2*stroke; Vc=Vs/(rc-1);…

PROJECT TITLE: CODING FOR SIMULATING THE ROBOTIC ARM USING MATLAB AND OCTAVE.OBJECTIVE: Matlab/Octave coding for creating the arm and providing it with different orientations. Animating the captured results.PROCEDURE:These Programs will deal with the Simulation of the forward kinematics of a 2R Robotic Arm:USING OCTAVE:Here…

PROJECT TITLE: TO RUN A MULTIBODY DYNAMICS SIMULATION USING SOLIDWORKS ON A PISTON ASSEMBLY OBJECTIVE:   1. To design the different parts of the cylinder piston arrangement separately.                       2. Keeping all the dimensions in mind clearly…

Okay so the Question is, What is this Stress concentration factor? and why it is so much important and taken into consideration while designing something. But before that lets see what happens when load is applied to a plate. Whenever a load is applied to a body, its first nature is to oppose or resist the load that is…

PROBLEM STATEMENT: Derive the following 4th order approximations of the second order derivative 1. Central difference 2. Skewed right sided difference 3. Skewed left sided difference Once you have done this, write a program in Matlab to evaluate the second order derivative of the analytical function exp(x)*cos(x) and compare…

FVM: Interpolation and Gradient Schemes literature review   What Is the Finite Volume Method? The Finite Volume Method (FVM) is a numerical technique that transforms the partial differential equations representing conservation laws over differential volumes into discrete algebraic equations over finite volumes (or…

https://drive.google.com/open?id=1Tv7CQbtCRi8GBQ-QUpi7gqR5FVvB7fTY

https://drive.google.com/open?id=14N0CpsPPDubo3LQLtMrqAooQ4otacwan

https://drive.google.com/open?id=19PfR8LwxmqX1MpdNePjjBj-ggVc7WTTU

https://drive.google.com/open?id=1dNYBXcXi8rJDfFWZFnD6r1MYYlmtMvhm

https://drive.google.com/open?id=1bPs81zwUFqaPlhuraNYpv1nsMIeeA38x

https://drive.google.com/open?id=14-JbdpzOfUjW3sRkK72LvoIq_2KW0b2L

https://drive.google.com/open?id=1BETHe-4AOTzWiTxaz5FJpojcFILEU4XG

https://drive.google.com/open?id=1WBiGAiJxWQJE54qlDf8uSeyLXMN49qB8

https://drive.google.com/open?id=1Ja-baBqXqSZ9TUcKXPmvlH2M3fSYsqpN

https://drive.google.com/open?id=1UeoNos0KbQsJk6JBr6PtuJqO9LPndoDO

https://drive.google.com/open?id=1FWUEVTThm8iTeyVh8SPbFuP1bLNoaVn7

https://drive.google.com/open?id=1G7zwP2EWiPJh3vhPN2zxSjpRPRm4pxkd

https://drive.google.com/open?id=1dBFRQrbYcUrxXfjrLqpnwb0MXHFifU6H

PROJECT TITLE:   TO CARRY OUT A STATIC STRUCTURAL ANALYSIS ON A PLATE WITH HOLES USING ANSYS WORKBENCH. OBJECTIVES:     1. To create the model of plate with holes in Space claim. To analyse the results properly and to give a verdict about which design to use and which not, from an engineering…

https://drive.google.com/file/d/1amqE3saZGXJBO0vtkAcBh1d3_2vRLhPk/view?usp=sharing

 PROJECT TITLE:    NACA AIRFOIL SIMULATION. OBJECTIVE:             NACA Airfoil Simulation 1. This project will deal with the variation of lift and drag forces for different angle of attacks. 2. The medium used is air. 3. The velocity of air is taken as 600m/s in the positive…

Before answering this question i want to just brief out on the two tests:- 1. Tensile Test- Tensile strength is defined as the ability of a material to support axial load without rupture and is determined through the tensile test. When equal and opposite forces are applied simultaneously at both the ends that pulls the…

Let us first talk about the effect of applying load on the specimen in terms of work, heat and temperature rise:- Almost all the mechanical work of plastic deformation in plastic deformation is converted into heat. Although this conversion is not 100% since some of the energy is stored in the specimen as the elastic energy.…

clear all close all clc %Program to compute and plot the drag force experirnced by a cyclist vs Velocity %frontal area A=0.5; %drag coefficient c_d=0.3; %velocity vector V=[1:20]; %density rho=1000; %drag force=0.5*density*frontal area*velocity.*velocity*drag coefficient F=0.5*A*rho*V.*V*c_d; plot(V,F,'color','r'); xlabel('velocity');…

This Project elaborately deals with the different set of curve fit functions which we can use to get the best fit for our Problem. The curve fitting has been done for the Cp data in the following manner:   clear all close all clc %feeding data data= load(\'data\'); cp = data(:,1); temperature = data(:,2); %curve fit…

clear all close all clc %Inputs l1=1.5; l2=0.5; theta1= linspace(0,90,5); theta2= linspace(0,90,5); %calulations ct=1 for i=1:length(theta1) THETA1=theta1(i); for j=1:length(theta2) THETA2=theta2(j); x0=0; y0=0; x1=l1*cosd(THETA1); y1=l1*sind(THETA1); x2=x1+l2*cosd(THETA2); y2=y1+l2*sind(THETA2); %plotting plot([x0 x1],[y0…