It is possible to build bridges, buildings and other structures that are nearly blast-proof. The key to achieving the results is the use of interstitial grains of the right sizes to control energy propagation through the chain.
This is an important field to explore to identify the most effective mitigation measures to achieve a desired level of protection against terrorist attacks.
build bridges and buildings that are nearly blast-proof
It is possible to build bridges, buildings and other structures that are nearly blast-proof. The key to achieving the results is the use of interstitial grains of the right sizes to control energy propagation through the chain.
Tiny grains can absorb shocks like a sponge.
In reply to build bridges and buildings that are nearly blast-proof by Henry Tan
important field to explore
This is an important field to explore to identify the most effective mitigation measures to achieve a desired level of protection against terrorist attacks.