Assignment 7-Side Pole Crash Simulation Challenge

AIM: To solve the given `F(u)=u^3+9u^2+4u` using both the Explicit and Implicit analysis method with a tolerance of 0.001 OBJECTIVES:- A detailed report about Implicit and Explicit methods A complete calculation of the solving of the given equation and plotting the graphs of the results and a comparison between…

AIM:- To convert given measurement values into the different unit systems and mention their conversation factor  OBJECTIVES:- The assignment should show the detailed calculations for conversion from SI unit to gm/mm/ms unit system. For others, only the answers in the form of a table are sufficient with the unit…

AIM:- To perform the Side Pole crash analysis on the BIW part of the car using the hypermesh and Solving with the Radioss and to check where the stresses are acting on it.   OBJECTIVES:- Check unit system and either follow [Mg mm s] or [Kg mm ms]. Create an appropriate interface, friction 0.2, and recommended…

AIM:- To perform the frontal crash analysis on the BIW part of the car using the hypermesh and Solving with the Radioss and to check where the stresses are acting on it.   OBJECTIVE:- Check the unit system and change the unit system if necessary. Check appropriate interface and recommended properties and friction value…

AIM:- To mesh the given bumper component using HyperWorks and run the simulation on a crash tube model with 6 different cases in RADIOSS simulation. Objectives:- The mesh size of the bumper component should be equal to 6mm Run the crash tube model as it is. change the Inacti= 6 and run create the type 11 contact and…

AIM:- To perform the crash analysis on the given model of the stater files and compare the results for different cases by applying the material laws which are available in the Radioss. Objective:- To carry out the simulations for the given starter files and compare the results of the different cases by applying material…

AIM: To run the simulation of the crash beam model ith base formulation followed by improved shell element properties (recommended properties). OBJECTIVES: Objective 1. Using the crash beam file from the previous assignment, change the run to 55 ms. We can import the file to the radioss slover by >>import…

#AIM:- To perform RADIOSS Engine file editing and create a 3D meshing surface for the given components. #OBJECTIVES:- We have to answer all the given questions  We have to create a 3D meshing tetra and hex mesh with target tet size = 5 mm, hex size= 10 mm, and tet collapse=0.15 by maintaining the quality. #QUESTIONS:-…

#AIM: To perform geometry cleanup operations for the given models and extracting mid surface and create meshing for the extracted mid surface. #OBJECTIVES:   We have to carry out clean up operations on the given models extract mid surface for the cleaned-up models clean mid surface geometry models …