Erratum to: Study of Resistance to Impact Penetration of Auxetic Metamaterials at Various Angles of Rotation of Their Internal Cellular Structure

Key Points

• The erratum addresses previously reported findings regarding the impact resistance of auxetic metamaterials.
• Correction to previously published work.
• Analysis of impact resistance based on cellular structure orientation.
• Examination of rotation angles affecting performance.
• Clarification on the relationship between angle of rotation and impact resistance was provided.