Assignment 4
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
CASE2:The elements are being deleted with ref to above image aftere as instruceted some the failure caerd enities are edited as described per the standard.
CASE3:The elements are being deleted with ref to above image after failure card is removed.
CASE4:The elements are getting cracked with ref. to the above image here as the eps max. value is deleted so deletion of the elements wil not happen as the failure criteria will not exist for the elements
CASE5:The elements are getting cracked with ref. to the above image since is it elastic material card is is applied so the crack is developed at the failure but elements deletion is not happened since of its elascticity.
CASE6:The elements are getting deleted with ref. to the above image as it is of briitle nature material card applied
CASE7:The elements are getting deleted with ref. to the above image as it is of elasto plastic nature material card applied.
3:
Hour glass energy:As the material card apllied for the case -5 so it faces high hour glass energy.
the link is provided below for the ref were the hour glass energy of all the cases are plotted as described in a plot
https://1drv.ms/u/s!Av1WlNmjfvAwhWI-yN1riJCd-h6l?e=Fjkdo7
internal energy:
As the material card apllied for the case -5 so it faces high internal energy.
the link is provided below for the ref were the hour glass energy of all the cases are plotted as described in a plot
https://1drv.ms/u/s!Av1WlNmjfvAwhV9tc2SamJ8KSZC-?e=H5xhxD
kinetic energy:
As the material card apllied for the case -5 so it faces high kinetic energy.
the link is provided below for the ref were the hour glass energy of all the cases are plotted as described in a plot
https://1drv.ms/u/s!Av1WlNmjfvAwhV0jvTXmMqmCTQ4-?e=icj5Lb
Total energy:
As the material card apllied for the case -5 so it faces high total energy.
the link is provided below for the ref were the hour glass energy of all the cases are plotted as described in a plot.
https://1drv.ms/u/s!Av1WlNmjfvAwhVv7UvBfIU_ku2ke?e=MUHDd8
4:
Rupture disc is a non-reclosing pressure relief safety device that, in most uses, protects a pressure vessel, equipment or system from overpressurization or potentially damaging vacuum conditions.
so the supportive on filed scenario the case-5 would me recommended which is applied with the elastic material card is applied so that it can hold for the greater strain as for the above ref it is described that more enerrgy is with held on the elastic model if we observe.
From the above it is observed that it can with stand for jigh energy and forces so that this would be the preferable parameters for the on field application of rupture plate.
5:The result of the presentation is produced through link below
https://1drv.ms/p/s!Av1WlNmjfvAwhgnK88_hKuOX7Qqr?e=YHsef8
Note:Other simuation files can be used for reference if required is provided in the link below.