Week - 3 Drop test Challenge

Aim:To simulate the given model that consistsof the couple of parts by make the surface to surface contact interface by alloting the the particular constraints to avoid th error termination. Procedure: *Browse the file with .k extension in the pre processor tab and then find the parts and rename as per to your better understanding.…

Obj:To import the model and create a rigid at the front end with the mentioned parameters create the control and engine cards,cross sections and run the simulation and plot the energies and forces in the hyper graph by creating the cross section and at intrusion pointsat described points and sections.Procedure :*Import…

Obj:To import the model amd create a rigid at tge side wwith the mentioned parameters create the control and engine cards and run the simulation and plot the energies and forces in the hyper graph by creating the cross section and at intrusion points at B-pillar,fuel tank,hinge pillar and peak velocity at inner node of…

  Obj:To perform the simulation in hyperview by considering the several conditions and plot the internal energy,kinetic energy,contact energy,hourglass energy and the rigs wall forces in the hyper view and compare the various conditions. Procedure:*open the hyper mesh and select to import geometry and and browse the…

1: Total number of cycles, Energy error, mass error and simulation time are described in the link https://1drv.ms/t/s!Av1WlNmjfvAwhgj-sI9PLOgfgq2y?e=4qnZsG   2: CASE1:Here the elements are oserved as getting deleted with ref to above image the johnson material card is applied with the failure card  …

1: Run time is taken as 55ms and the simulation is made to run. 2:No. of animation steps are taken as 25 by using this the time frequency is calculated with formula Time freq=Total run time/no. of animation steps Time freq=2.2ms 3: Default shell element properties are considered while running tis base simulation. 4: After…

OBJECTIVE: *To auto clean up the surface and extract the mid surface of the componenet and mesh the model and obatain the component that meets the described quality criteria. Procedure:*Import the model using the import geometry option and select the file to import.*Select the surface and do auto clean up if any unevenness…

1.velocity of sound to be calculated as we are aware with formula√E/√pHere E=210000,p=0.0078So we get velocity of the sound as 5188.74. 2.∆T=l/c for calculation the time step we can use this so here l=1000,c=5188.74So we get T=0.19272. 3.As we know that the sound wave is the propagation wave that is applied…

Obj:To extract the mid surface of the given component and mesh the model and assign the thickness for the mesh elemental entity. Procedure:​Split the component into four quarters for the easy meshing of the component using trim surface from the surface edit.​After solo of the component start working on the one splitted…

Obj:To make the 3 D mesh for the given components and achieve the TET COLLAPSE value in the described quality standard. Procedure:Housing:*Import the geometry of the housing using the import model option. *Now first take the inner component and start working for creating the mesh by considering the below method.…

Obj:To establish a connector for the components using the specified mentioned connector under described conditions. Procedure:*Import the component file using import geometry option from the hyper mesh.*Mesh the component by selecting the auto mesh from 2 D mesh option.*Form the surfaces free from unevenness and make fine…

OBJECTIVE:To mesh the hood model with meeting the quality index mentioned as per the above standards. Procedure:*Import the hood STP file by selecting the import geometry option.*Delete the solids by selecting the solid component.*After continue with the extract the mid surface separately to each component.*The extracted…

https://1drv.ms/u/s!ArNAYTKuRAw5gl6b5y1gT0WnvyPH