Week 5 Challenge : Surface wrap on Automotive Assembly

                                             Broadband Noise Modelling over Ahmed's Body AIM The "Ahmed body" is a conceptual model of a car body that was designed to simulate and improve modern cars' instability…

                                                           Unsteady Moving Zones Approach AIM The following project is carried out in order to use a meshing model concept…

                                                               Moving Zones Approach in Fluent AIM The moving zones approach is a well-known method that involves…

                                                        NACA 0012 Airfoil Simulation  AIM In the following project, the airfoil NACA 0012 will be simulated and analyzed by using…

                                                        Turbulence Modeling Around a Golf Ball AIM  The following project will simulate the flow behavior of a golf ball dived…

                                                                     Pitot Tube Analysis To get the current speed at which an aircraft is moving,…

                                                            Converging Diverging Nozzle According to the challenge statements, the following converging-diverging nozzle shape…

                                                Surface Wrap on Automotive Assembly                AIM In this project, the whole engine, gearbox, and transmission…

                                                     CFD Meshing for Tesla Cyber Truck AIM The Cyber Truck car model was created by Tesla Company in 2019, being well known due to its weird…

                                                            CFD Meshing for BMW M6 Car  AIM The whole BMW M6 car's body will be fixed and meshed in this project, according…

                                                      CFD Meshing of a turbocharger using ANSA AIM The following project is about a turbocharger CAD body fixing and meshing, which initially…

                                                         Surface meshing on a pressure valve AIM The following project concerns the surface corrections and meshing of a pressure…

                                   CHT Analysis on a graphic card - Final project AIM The following project is about a Conjugate Heat Transfer (CHT) analysis over a commercial graphic card used in different electronic devices. CHT…

                                             Rayleigh Taylor Instability AIM  The following project will be developed in order to watch and analyze the behavior between two combined fluids closed into…

                                      CHT Analysis on Exhaust port report AIM The following project will be developed in order to determine thermal characteristics on an exhaust port which is taking hot flow out. it will…

                                                    Ahmed Body Project AIM The following project is about the Ahmed body simulation once this body is moved into a flow field. It will be firstly explianed how the ahmed body is going to be adapted at the ANSYS software, using different methods to generate thigs such as the…

                                                    Flow over a cylinder project AIM The following project is about the simulation of a flow passing over a cylinder, placed parallel in its longitudinal axis regarding the flow movement. Firstly, the geometry and control volume are drawn on ANSYS software, which is used…

                                                            Mixing Tee Simulation AIM The following project is about the flow simulation through a Tee pipe which will have…

     Validation studies of Symmetry BC vs Wedge BC in OpenFOAM vs Analytical H.P equation AIM The following project is a continuation of the Week 11 project previously carried out (project link attached on References). In this project will be updated the radius values, calculating the boundary points that…

                                                                Simulation of Flow through a pipe in OpenFoam 1. AIM The following project is about the simulation…

                                                Finite Volume Methods Finite volume methods (FVM) are a great discretization key to solve physical behaviors in spots where the mesh geometry varies from…

                           Simulation of a backward facing step in OpenFOAM AIM The following project shows the simulation of a flow passing through the backward facing step geometry by means of OpenFoam. OBJECTIVES Simulate the flow behavior crossing…

                             1D Supersonic Nozzle Flow Simulation using Macormack Method  1. AIM The following project is about the 1D supersonic nozzle flow simulation using Macormack's method to solve different partial differential equations;…

                          Steady and Unsteady 2D Heat Conduction Solution Project 1. AIM The following project is about the study of the steady and transient 2D heat conduction equation behavior, using different iteration solver methods. Solver methods require…

                                   Fourth Order Approximation for 2nd Order Analysis Report  1. AIM: The main purpose of this report is to analyze the equation behavior for a function derivated twice, using 4th order taylor series;…

Project 2- Rankine Cycle Simulator code:  %Rankine Cycle Simulator %Diego Alejandro Cepeda Cuartas close all clear all clc %The following code sheet will help calculating the all cycle rankine entered by an user. When the user enters turbine inlet pressure and temperature and, the turbine outlet pressure, the program…

Code from project 1 parsing NASA thermodynamic data: %Project 1- Parsing NASA thermodynamic data %Diego Alejandro Cepeda Cuartas clear all close all clc %The idea of this code is to obtain thermodynamic coefficients according %with the data provided by NASA. For achieving this, firstly we have to %tidy the data values…

 Genetic algorith function code and three sutdy cases: %Genetic Algorithm %Diego Alejandro Cepeda Cuartas clear all clc %Firtsly we're going to start creating a mesh x=linspace(0,0.8,150) y=linspace(0,0.8,150) [xx,yy]=meshgrid(x,y) %Then, we have to evaluate the stalagmite function for obtaining the plot for i=1:length(x)…

1. Pendulum Damping Movement Simulation - Behavior Code: %Pendulum Damping Movement Simulation %Diego Alejandro Cepeda Cuartas clear all clc %Sysmtem Parameters L=1 %String Lenght (m) m=1 %Sphere Mass (Kg) b=0.05 %Damping (N/m) g=9.81 %Gravity acceleration(m/s^2) %Initial parameters theta_o=[0;3] %[Displacement,angular…

%Diego Alejandro Cepeda Cuartas %2D robotic arm kinematic animation %Links angles theta1=linspace(0,90,15) theta2=linspace(0,90,15) ct=1 for i=1:length(theta1) for j=1:length(theta2) % Angle iteration THETA1=theta1(i) THETA2=theta2(j) %Parameters xo=0 yo=0 l1=1 l2=0.5 %Position Equations x1=l1*cosd(THETA1) y1=l1*sind(THETA1)…