The invention discloses bridge pier stud section design having resistance to explosion impact, belongs to the technical field of bridge engineering structure and aims to solve the technical problem by providing a novel bridge pier stud section to effectively cope with explosion impact. The novel bridge pier stud section comprises a first anti-explosion component and a second anti-explosion component sequentially arranged from outside to inside, the first anti-explosion component comprises a sealing outer steel plate, a first Kevlar layer, a foam aluminum layer, a second Kevlar layer and a sealing inner steel plate, the second anti-explosion component comprises a first truss center supporting steel pipe, multiple truss periphery supporting steel pipes, a sine-like steel truss, a cosine-like steel truss, stirrups, longitudinal bars, first connecting members and second connecting members, the truss periphery supporting steel pipes are connected with the sealing inner steel plate through the second connecting members, and the second anti-explosion component surrounded by the sealing inner steel plate is integrally filled with an inner concrete layer uniformly. And the bridge pier stud section design is applied to bridge piers having requirements on explosion resistance.