Week 10 Bullet penetrating a Bucket Challenge
Week 10 Bullet penetrating a Bucket Challenge
AIM
To run the Explicit dynamics analysis for Mechanism Bullet penetrating a Bucket on a total of 3 different cases with change in material condition terms and provide the inference on the output.
Objective
To find and compare the results of Equivalent stress, directional deformation, Equivalent elastic strain in all cases.
For this challenge, you will have to simulate a bullet penetrating into a bucket. You will need to use 3 different non linear materials for the bucket and analyse their behaviour for the same velocity of bullet. Apply the conditions for bullet as mentioned in the video itself. Upload animation files to show the behaviour in the three cases.
CASE 1 ALUMINUM ALLOY NL
CASE 2 copper alloy nl
CASE 3 magnessium alloy nl
For all 3 case use non linear materials for the bucket and material for bullet is tantalum
CASE 1 ALUMINUM ALLOY NL
Import the model.
select the material.
material for bullet is tantalum ( From the material librery in Explicit dynamics )
stiffness behavior as rigid
material for bucket is aluminum alloy nl
Mesh the component with mesh option.
mesh by edge sizing of 6mm.
Analysis setting
End time step = 1e-2
maximun energy error = 6
fixed support
velocity
CASE 2
Copper alloy nl
Import the model.
select the material.
material for bullet is tantalum ( From the material librery in Explicit dynamics )
stiffness behavior as rigid
material for bucket is copper alloy nl
Mesh the component with mesh option.
mesh by edge sizing of 6mm.
Analysis setting
End time step = 1e-2
maximun energy error = 6
fixed support
velocity
Import the model.
select the material.
material for bullet is tantalum ( From the material librery in Explicit dynamics )
stiffness behavior as rigid
material for bucket is magnesium alloy nl
Mesh the component with mesh option.
mesh by edge sizing of 6mm.
Analysis setting
End time step = 1e-2
maximun energy error = 6
fixed support
velocity
RESULT
For this challenge, you will have to simulate a bullet penetrating into a bucket. You will need to use 3 different non linear materials for the bucket and analyse their behaviour for the same velocity of bullet. Apply the conditions for bullet as mentioned in the video itself. Upload animation files to show the behaviour in the three cases.
CASE 1
Aluminum alloy nl
non linear materials for the bucket and analyse their behaviour for the same velocity of bullet.
total deformation
equivalent stress
CASE 2
Copper alloy nl
non linear materials for the bucket and analyse their behaviour for the same velocity of bullet.
total deformation
eqiuvalent stress
CASE 3
Magnesium alloy nl
non linear materials for the bucket and analyse their behaviour for the same velocity of bullet.
total deformation
equivalent stress
need to use 3 different non linear materials for the bucket and analyse their behaviour for the same velocity of bullet.
CASE TOTAL DEFORMATION EQUIVALENT STRESS
aluminum alloy nl 659 MAX 654.11 MAX
copper alloy nl 694.99 MAX 2820.1 MAX
magnesium alloy nl 694.99 MAX 976.93 MAX