Your point 1. is a double-edged sword. You would need to have foam that has a good enough high-strain-rate performance that it tends to stay attached and not break away, but one that if it does break-away, it disinigrates quickly. Its like having your cake and eating it too, pretty tough to do.
Slashdot Mirror
Your point 1. is a double-edged sword. You would need to have foam that has a good enough high-strain-rate performance that it tends to stay attached and not break away, but one that if it does break-away, it disinigrates quickly. Its like having your cake and eating it too, pretty tough to do.