PART 1 - Creating a model as per given dimension Objective: To create a simple bracket in the Hypersmesh using Geometry tool on the given dimension. Procedure:  First Phase of Bracket: To create four nodes at an equal distance of 100mm [Command: Geometry + Nodes] Then nodes should be connected with lines at the same…

Challenge 4 - Create 1D elements on the following component with given cross-section and DOF OBJECTIVE: To create the different types of 1D elements such as ROD, BEAM, and BAR and also to apply mass magnitude on the following component with given cross-section dimension and Degree of Freedom (DOF).      …

Week 5- Challenge: Clean up the geometry of the following component OBJECTIVE: To do geometry clean up on the housing component and for the plastic component, with the extraction of midsurface for the plastic component. PROCEDURE:  Model 1: "Geometry Cleanup on the housing component". Import the 'stp file'.  …

               Challenge 6 - Midsurface extraction, Meshing, Quality criteria and assign Thickness OBJECTIVE:  To mesh the hood component on mentioned quality criteria and assign thickness to the component, five parts of the hood should be extracted with midsurface doing manual…

       Hypermesh Challenge_8 - 3D meshing on the given component by different parameters OBJECTIVE: 3D mesh on the Chassis component, Housing component, and crank component by different meshing methods. Element Size: Min: 2mm, Max: 7mm, and Target Size: 5mm Tet Collapse: 0.15 For the other two components:…

    Hypermesh Challenge _09: Create connectors and attach various parts of the given model. OBJECTIVE Creating the various connectors from 1D, 2D, or 3D as suitable connectors such as spot, bold, seam, and area respectively and attach the various parts with these connectors. PROCEDURE: The model frame assembly…

Hypermesh Project_1: Follow the quality criteria and mesh the component and assign the thickness. OBJECTIVE: The Sidedoor component is given for extracting the midsurface manually or automatic and then follow the quality parameters to get quality mesh and then assign the thickness to the given component. Sr.No Quality…

OBJECTIVE:  A back wheel panel (Floor panel) component is given for mesh and to get the quality output as per given quality parameters and then assign them the thickness. Sr.no Quality Criteria  Value 1 Aspect Ratio 5 2 Skewness 45 3 Warping 15 4 Taper 0.5 5 Min.Length 2mm 6 Max.Length 8mm 7 Min angle quad 45…

                                  Week 1: Stress Concentration on a plate with a hole OBJECTIVE: Two cases are provided with a different design, two bars to design and analysis with Total deformation and equivalent stress in the model…

AIM To extract the mid surface and then mesh the component with given quality parameters and assign the thickness on a hood component. OBJECTIVE Hood component is given with five different parts: Hatch. Left and right Hinge. Inner panel. Outer panel. To assign the property on each part with their parent component thickness…

AIM To extract the manual midsurface of the Bottle Cap and then mesh the component with given quality parameters and assign thickness. OBJECTIVE The bottle Cap component is given with various thicknesses in threads, teeth, and ribs. Taking manual mid surface with different procedures and meshing the component with…

AIM The Rearview mirror component should mesh by using tetra volume mesh and clear the kinks and dips. OBJECTIVE The component should check for geometry errors and clean up the failing surfaces for minimum elements length and should be mesh by tria or ortho tria. Element quality criteria for meshing the rearview component…

AIM Apply different types of 1D connection using the NASTRAN profile on the rear door FE model. OBJECTIVE The rear door model is given for the connections using different types of 1D connections whichever suitable and makes the proper connections and attaches the FE model to give a model for the simulation process. SUMMARY…

AIM To morph the component by the video shown in week 8 videos. OBJECTIVE The practice component is given to morph the component at a particular size as similarly shown in the week 8 videos. PROCEDURE Before we proceed to morph on the component we need to understand the concept of the morphing. so what is morphing? Morphing …

PROJECT 1: EXTRACT MIDSURFACE AND MESH THE DASHBOARD SUB-PARTS AIM: To extract the mid surface and mesh the component with given quality parameters and assign thickness respectively. OBJECTIVE: The main focus of this project is to extract the manual or auto mid surface for the dashboard component with respect to their…

               Project 2: Mid surface, modeling, and connection on rear suspension gear AIM: To extract the mid surface, modeling the component with given quality parameters and make the proper connections. OBJECTIVE: Rear suspension gear is given for the modeling in project 2, the…

                                                    WEEK 1: SIMULATION ON SPUR GEAR AIM Simulation on Spur Gear using three different materials Cast Iron (Ductile) Cast steel and Cast Bronze…

                                     WEEK 2 CHALLENGE: AIR CYLINDER CYCLE AIM: To write a program in python for the air cylinder cycle (Otto cycle), output thermal efficiency, and plot PV diagram. OBJECTIVE: 1) To plot a PV diagram…

AIM: To code using second order differential equation using the formula mention below for simple pendulum. OBJECTIVE The main objective of this challenge is to code the simple pendulum and simulate using python programming. 1) Plotting the graph for (time vs plot) for displacement and velocity. 2) Animating the simple…

                                                        WEEK 5: CURVE FITTING AIM Write a code for fit linear and cubic polynomial curves in python programming. OBJECTIVE The…

                                              PYTHON WEEK 6 CHALLENGE: DATA ANALYSIS   AIM: Write code for the provided data output file as a challenge parsing data analysis. OBJECTIVE 1) The…

                                                WEEK 2- BEVEL GEAR CHALLENGE AIM To understand the concept of the grid dependency test and then run the simulation on bevel gear with 4mm, 5mm, and 6mm…

                                      ANSYS CHALLENGE 3: SHEET METAL BENDING CHALLENGE   AIM: To evaluate the simulation for sheet metal bending process with three different materials, friction coefficient, and…

                                     WEEK 2: SIMULATION ON RAIL WHEEL AND TRACK AIM To simulate the Railwheel and track for their lifecycle and the stress, strain, and total deformation provided by the wheel running on the track…

                                          ANSYS WEEK 3: VERIFICATION OF WELD JOINTS AIM: To verify the load on the weld joints with three different materials. OBJECTIVE: A bracket is given with ribs for support…

                                             ANSYS WEEK 4 - WIRE BENDING CHALLENGE AIM : Wire bending process to be simulated in the Ansys workbench using three different materials. OBJECTIVE: The main objective…

                                                         ANSYS WEEK 4 - ROLLING OPERATION AIM: To simulate the rolling operation on a workpiece made of copper and evaluate the…

                                                   ANSYS WEEK 5- SPHERE PRESSING ON PLATE AIM To perform the analysis to simulate a sphere pressing on a plate. OBJECTIVE To simulate the sphere…

                                                           Ansys Week 7 - Long piston with cam AIM To perform a transient analysis on the piston and cam mechanism model.…

                                                Ansys Week 8 Challenege: Universal Joint AIM To perform the transient structural analysis on a double universal joint using three different materials.…

                                                  Ansys Week 6 Challenge - The Worm Gear AIM To perform a transient structural analysis on a worm gear assembly.  OBJECTIVE The challenge is to…

                                                             Week 9 Tension and Torsion Test  AIM To perform the tension and torsion test on the specimens provided…

                                           Ansys Week 9: Machining with Planar Challenge AIM To perform the explicit dynamics simulation on the cutting tool using workpiece as the steel 1006 material. OBJECTIVE…

                                             Ansys Week 10: Bullet Penetrating a bucket Challenge  AIM To Simulate a bullet penetrating into a bucket using three different non-linear materials. OBJECTIVE…

                                                           Ansys Week 11: Car Crash Simulation AIM To perform the parametric study for 3 different values of thickness for…

                                                             Ansys Week 5: Bending of iPhone AIM To simulate the bending of iPhone in structural analysis with two different…

                                                            ASSIGNMENT 1 AIM To take mid surface, geometry cleanup and mesh the 3 different components with mention size.…

                                                                          ASSIGNMENT 2   AIM To get an idea about the time step in…

AIM: To write the conversion of the unit that requires in the LS-Dyna system. OBJECTIVE: Need to find conversion factor for following unit system that is mentioned below. The value of the measurement is given as follows: MASS 1kg. LENGTH 1m. TIME 1s. FORCE 1N. STRESS 1Pa. ENERGY 1Nm. DENSITY 1Kg/m. YOUNG'S Modulus 210GPa.…