Challenge

Week 10 Bullet penetrating a Bucket Challenge

OBJECTIVES :-

To simulate a bullet penetrating into a bucket using 3 different non linear materials for the bucket and analyse their behaviour for the same velocity of bullet

PROCEDURES:-

Open ansys workbench R2
select explicit dynamic anlysis
rename it if it required
select engineering data ,select required material like alumium alloy ,stainless alloy ,copper alloy from non linear material list
select TANTALUM from explicit material list for all cases
import the geometry
open the ansys mechanical
rename part properly
select TANTALUM for bullet ,type as rigid
select material for bucket appropriately
in mesh section ,insert sizing ,select two eedge of bucket ,input element size as 6 mm
in analysis section input end time as 0.01s,maximum energy error as 5
insert fixed support in explicit dynamic section ,select bottom surface of bucket as its scope
insert velocity ,select defined by component input zero for y and z axis ,and for x axis input -139000mm/s
insert total deformation , equivalent stress and equivalent strain in solution section
run solve

RESULT :-

CASE I:-

ALUMINUM NON LINEAR ALLOY BUCKET:-

TOTAL DEFORMATION :-

EQUIVALENT STRESS:-

EQUIVALENT STRAIN:-

CASE II:-

COPPER NON LINEAR ALLOY BUCKET:-

TOTAL DEFORMATION :-

EQUIVALENT STRESS:-

EQUIVALENT STRAIN:-

CASE III:-

STAINLESS STEEL NON LINEAR ALLOY BUCKET:-

TOTAL DEFORMATION :-

EQUIVALENT STRESS:-

EQUIVALENT STRAIN:-

TABULATION:-

CONCLUSION :-

total defomation is more in third case which included stainless steel non linear bucket
Equivalent stress is more in stainless steel non linear material
equivalent strain is more in copper alloy non linear material
equivalent stress is very low copared to others in aluminium non linear alloy

Ship work like this
in your own course.