Concerns about the effects of intentional heading in soccer have led to regulatory
restrictions on headers for youth players. However, there is limited data describing how …

ABSTRACT Background and Objective: To simulate infant skull trauma after low height falls
when variable degrees of ossification of the sutures are present. Methods: A finite elements …

This study presents an in silico finite element (FE) model-based biomechanical analysis of
brain injury metrics and associated risks of a soccer ball impact to the head for aware and …

Background: Accidental impact on a player's head by a powerful soccer ball may lead to
brain injuries and concussions during games. It is crucial to assess these injuries promptly …

Soccer is regarded as the most popular sport in the world, with millions of people actively
involved in the game. Being a contact sport in nature, soccer players are susceptible to …

Current body armor design evaluation is based on legacy backface deformation criteria for
protection despite limited medical basis. This uniform protection approach, which does not …

In this study, we employ a finite element analysis to determine brain injury risks resulting
from impacts caused by a soccer ball to the player's head at various ball inflations. The …

Soccer is the most popular sport in the world. One of the manoeuvres in a soccer game is
known as heading, in which the player uses the head to hit the ball. There have been …

Soccer is a unique game that permits the purposeful usage of the head in directing the ball.
A lot of studies have coupled heading in soccer with brain trauma injury. This has led to the …

Background: Soccer is regarded as the most popular sports in the world, with millions of
people are actively involved in the game. Being a contact sports in nature, soccer players …