BIFID_CONDYLE_FEM_ORTHOTROPIC

Description

The dataset comprises the complete pre- and post-processing computational environments utilised to evaluate the biomechanical response of the bifid mandibular condyle under physiological loading. The repository includes the fully parameterised finite element model (.fsm) and the corresponding simulation output database (.xplt), both native to the FEBio software suite. The .fsm file encapsulates the entire numerical architecture, explicitly defining the spatial discretisation, kinematic boundary conditions, multiaxial loading vectors, and the orthotropic constitutive models governing the osseous tissue mechanics. The .xplt file archives the resolved computational state, providing high-fidelity nodal and elemental field outputs for structural deformation, strain, stress distribution, and strain energy density.

Steps to reproduce

To facilitate the independent reproduction and verification of these computational findings, researchers must first download and install the FEBio software suite (https://febio.org). The provided dataset accommodates two distinct pathways for data utilisation: Full Simulation Execution: Users may load and execute the fully parametrised .fsm file within the FEBio environment. This approach reruns the complete finite element analysis from its initial state, applying all predefined kinematic constraints, orthotropic material properties, and multiaxial loading vectors. Direct Post-Processing Analysis: Alternatively, users may bypass the computational processing phase by directly opening the .xplt database in FEBioStudio. This file archives the fully resolved simulation state, permitting immediate visual and numerical analysis of the post-processing fields, including structural deformation, stress-strain distributions, and strain energy density.

Institutions

• Universidad UTE

  Pichincha, Quito
• National Polytechnic School

  Pichincha, Quito

Categories

Licence