- #1
KYLE007
- 2
- 0
Hi everyone
I have been working with materials that can absorb huge impacts.
I have recently succesfully created a system that can absorb 4 tons of
force acting against it. With a little work around this I can largly increase
force absorbing capabilities to 90 tons without major reconstruction and
weight increase to the system.
The concept of this system is very basic:
The system has 300 units that can each withstand 300kg's of force.
It operates on only 2 units at a time so once both units become
exausted impact is tranfered to the next 2 units and so on.
My question is... can this help assist with crash safety technology?
Perhaps it could be incorperated into the crumble zone of a car, it does
not weigh much. The fact that there is many units could mean that impact time is
increased and therefor deceleration is gradual.
Your thoughts and opinions will be grealy appriciated
I have been working with materials that can absorb huge impacts.
I have recently succesfully created a system that can absorb 4 tons of
force acting against it. With a little work around this I can largly increase
force absorbing capabilities to 90 tons without major reconstruction and
weight increase to the system.
The concept of this system is very basic:
The system has 300 units that can each withstand 300kg's of force.
It operates on only 2 units at a time so once both units become
exausted impact is tranfered to the next 2 units and so on.
My question is... can this help assist with crash safety technology?
Perhaps it could be incorperated into the crumble zone of a car, it does
not weigh much. The fact that there is many units could mean that impact time is
increased and therefor deceleration is gradual.
Your thoughts and opinions will be grealy appriciated