MATHEMATICAL ANALYSIS AND OPTIMIZATION OF DESIGN CHARACTERISTICS OF STABILIZING VERTEBRAL BODY REPLACING SYSTEMS FOR SUBAXIAL CERVICAL FUSION USING THE FINITE ELEMENT METHOD | Zendy

Aleksey Nekhlopochin | Zendy; Sergey Nekhlopochin | Zendy; М.Yu. Karpinsky | Zendy; Aleksey Shvets | Zendy; Olenа Karpinska | Zendy; Alexandr Yaresko | Zendy

Open Access

MATHEMATICAL ANALYSIS AND OPTIMIZATION OF DESIGN CHARACTERISTICS OF STABILIZING VERTEBRAL BODY REPLACING SYSTEMS FOR SUBAXIAL CERVICAL FUSION USING THE FINITE ELEMENT METHOD

Author(s) -

Aleksey Nekhlopochin,

Sergey Nekhlopochin,

М.Yu. Karpinsky,

Aleksey Shvets,

Olenа Karpinska,

Alexandr Yaresko

Publication year - 2017

Publication title -

russian journal of spine surgery (khirurgiya pozvonochnika)

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.138

H-Index - 3

eISSN - 2313-1497

pISSN - 1810-8997

DOI - 10.14531/ss2017.1.37-45

Subject(s) - vertebra , finite element method , biomechanics , compression (physics) , stress (linguistics) , cervical vertebrae , cervical spine , cage , fixation (population genetics) , lamina , vertebral body , structural engineering , orthodontics , materials science , medicine , anatomy , surgery , composite material , engineering , environmental health , population , linguistics , philosophy

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