Craniocerebral Dynamic Response and Cumulative Effect of Damage Under Repetitive Blast

Dynamic buckling response of buried X70 steel pipe with bolted flange connection under two-charge explosion loads

“…Compared with single-point explosion, the propagation law of shock waves are more complex in the two-point and multiple explosion loads. As a sequence, in recent years, many scholars have carried out extensive and in-depth studies on the effect of multiple explosions [ [34] , [35] , [36] ]. For instance, Wang et al [ 34 ] numerically investigated the damage evolution characteristics of the bolt-supported cavern subjected to multiple explosions.…”

“…Bai et al [ 35 ] investigated the characteristics of blast loads formed from the two simultaneous detonated explosive charges in real air. Huang et al [ 36 ] numerically investigated the dynamic response of brain under single and repetitive blast waves by using Euler–Lagrange coupling method.…”

Special Issue: Concussions

“…Craniocerebral dynamic response under repetitive blasts and the efficacy of body armor through blast impacts has been determined. 12,20 While these recent advancements are exciting, there is still a long way to go. Through the NCAA-DOD CARE consortium and collaboration throughout the scientific community, ABME aims to continue to address the limitations in the field.…”