External flow analysis over a cylinder using SolidWorks (Computational Fluid Dynamics )

Aim: To find the natural frequencies of a rotating shaft. Conduct a frequency analysis over the given rotating shaft and find upto 5 critical frequencies. Objectives: Create 3D model of the given model. Setup a frequency analysis for the model. Arrive at useful conclusions regarding natural frequencies of the shaft. Model:…

Aim: To model and perform flow simulation analysis over a centrifugal pump. To find out the performance of the pump using a parametric study with different outlet conditions.   Objective: Create a 3-D model of a centrifugal pump. Create a rotational domain or volume for the rotor Perform flow simulation analysis for…

 Aim: To perform a flowbench setup with different valve lift distance. also, analyse the massflow rate variation for each configurations of valve lift with plots. Objective: Create a 3D-model of an engine cylinder and valve setup over wich basic flowbench analysis can be done setup a flow simulation analysis with…

Aim: To perfrm a flow simulation analysis over an NACA 0017 aerofoil for different angles of attack, also analyse the drag force and lift force for different angles of attack. Objective: Model the NACA 0017 aerofoil shape using data exported from Aerofoil database. Setup an external flow simulation analysis with a velocity…

Aim: To perform a CFD analysis over a cylinder with 4 different reynolds numbers.Find the velocity and pressure distribution due to the external flow of fluid over the cylinder surface. Objective: To model a cylinder of appropriate dimensions To perform flow simulation analysis with a baseline value of reynolds number…

Optimization of Stalagmite Function using Genetic Algorithm method AIM: To carry out an optimization analysis for a stalagmite function using Genetic Algorithm Governing Equations: Governing equations include the equations for creating a stalagmite function: Objectives: To carry out genetic algorithm method of optimization…

Aim: To model and assemble the parts of an engine valve train using SolidWorks. Perform motion analysis on the system to determine important parameters like linear displacment of pushrod and contact forces between different components of the system.  Objective: Create a 3D model of the cam (3.5mm camlift) Create a…

Aim: To model epicyclic gearset using toolbox in SolidWorks. Perform motion analysis for different configurations of the gearset and to compare the angular velocities. Objective: model the ring gear using toolbox in SolidWorks. model the sun gear using toolbox in SolidWorks model the planetary gears using toolbox in SolidWorks…

Aim: To model a piston crank assembly in solidworks using the given dimensions and to perform motion analysis on the assembly using SolidworksMotion Add-in. Plot the final linear displacment of piston with 3 different orientations as asked in a line graph. Objective: Model the parts required for assembly Assemble the modeled…

AIM: To perform file parsing on a NASA thermodynamic data file containing coefficients to find out Specific heat, enthalpy and entropy of  specimens.The program should also find molecular weight of the compound ,plot the parameters calculated and save the plots in seperate folders partaining to the specimen Objectives:…

Aim: To create a 3D model of an internal geneva mechanism from the dimensions given. Perform motion study using SolidWorks using the given input parameters and find the contact forces in system and the angular displacment of the driver wheel. Objective: Model the driver in SolidWoeks Model the driven wheel in Solid Works…

RANKINE CYCLE SIMULATOR using MATLAB   Aim: To create a program that simulates the state points of a rankine cycle from the inputs by user ad calculates the peformance parameters such as thermal efficiency, Back work ratio, turbine and pump work. Objective: To collect the inlet turbine pressure, outlet turbine pressure…

    Code for simple pendulum simulation: % program for solving pedulum ODE clear all close all clc % inputs b = 0.05; % damping coefficient g = 9.81; % acceleration due to gravity l = 1.0; % Length of the string m = 1.0; % mass of the bob % initial condition given that velocity at time 0 is 3 m/s initialcond…

Program to calculate and plot Otto Cycle % Program for calculation of air standard cycle clear all close all clc % engine specifications bore diameter(m), stroke length(m), connecting % rod(m),length(m), compression ratio d = 0.125; sl = 0.15; cr = 0.2; r = 14; % ratio of specific heats - gamma g = 1.4; % peak temperature(K)…