Objective: Perform case studies by applying different Material law properties on the Rupture Plate and record and compare the test results, thereby deciding which law is best for a given scenario.   CASE1: Replace the given model name FAILURE_JOHNSON_0000 of the starter input file with Law2_epsmax_failure_0000.rad.…

Objective: A bar under tension is to be solved using Explicit and Implicit approach with the force in the bar being a non-linear function of the displacement.                                     What does Finite Element Analysis involve: Generally,…

Objective: It is of interest to perform a side crash analysis of Neon BIW creating a Type7 contact of the whole body with friction as 0.2 following the recommended properties. Initial velocity of 35mph with a friction of 0.1. Rigid Wall of Cylindrical geometry type to resemble a Pole.  Cross sections at the cross…

Objective  1.Change the run time to 55 ms of the crash beam. 2.Change the number of animation steps during simulation to a minimum of 25 and maximum 603.Run the base simulation without any modification to element properties.4.At the end of the simulation, do the energy error and mass error checks and determine whether…

Objective: A bar under tension is to be solved using Explicit and Implicit approach with the force in the bar being a non-linear function of the displacement.                                             What does…

Objective:  Create the mesh for bumper assembly,mesh size should be 6mm. Case1: Run the crash tube model without any changes. Case2: Make changes to the last model by changing the Inacti=6 Case3: Create a type 11 contact keeping all the conditions of the case2 Case4: Remove both notches  and remove boundary condition…

Objective:  To perform Frontal crash impact analysis of the given Neon BIW model by Checking the unit system and create interfaces with frictional force of 0.2 with the recommended properties and check for any penetrations &intersections and remove if any. Creation of initial velocity and rigidwall with a friction…

Objective: The objective of this challenge is to convert the given SI unit values of the given quantities to gm/mm/ms units and also to prepare cosistent unit system table for different unit system. Before converting the given values into different unit system the definitions of Fundamental quantities and the derived quantities…

## Comments by Grader while editing the engine, oe has to followup the equal number of decimal places throughout the file. Also in 3D meshing of the bracket, there should not be any rotating quads in the model which will disrupt the whole mesh flow. hence, avoid them. ## Objective: Calculate the speed of the sound in steel…

Roof Crush - BIW Import • Car• Impactor Transforms • This will require (in order)• A 180° rotation about the global z-axis• A 5° rotation about the axis through axis AB• A 25° rotation about the axis through axis AC• A translation to put point A at global ( -3250.00, 584.822,…

Objective: The objective of this challenge is to convert the given SI unit values of the given quantities to gm/mm/ms units and also to prepare cosistent unit system table for different unit system. Before converting the given values into different unit system the definitions of Fundamental quantities and the derived quantities…

Objective: 1.To clean the geometry 2.To extract the midsurface out of the given geometry 3.To cleanup the midsurface 4.To make necessary changes as required for achieving a better model  5.To mesh the model maintaining the given range [3.5:5:7]mm as required and assigning appropriate thickness and property Procedure:…

                                              Cell Phone Drop Test   Objective: Cell phone drop test is to be conducted by creating all the necessary input keywords starting from Material creation,…

                     Comparison of Crash Box Analysis using different shell thickness   Objective: The aim of this project is to analyse the crash analysis of box with different shell thickness and compare the different parameters as follows Cross sectional forces…

Comparison of Spotweld Crash Analysis performed with Beam and Solid Elements in LS-DYNA   Objective: The aim of this project is to model spotwelds with beam and solid elements, perform a crash test and compare both the results for different parameters: Axial and Shear forces for beam and solid elements Cross sectional…

                                                               MASS SCALING   Objective: The purpose of this project is to increase the timestep thereby reducing…

                                                 Material Modelling from Raw data   Objective: The aim of this project is to extract (stress and strain) data from a curve and find the yield…

                            HYPERELASTIC MATERIAL MODEL CREATION AND VALIDATION   Objective: In this project a MAT_77 Hyperelastic material has to be created using the given data, obtain Mooney Rivlin and Ogden material constants and using the extracted…