骨愈合分析与量化康复数据

目前长骨与踝关节骨折愈合机制不明确，康复方案缺失，为解决骨折复位与康复一体化机器人进行骨折康复治疗的关键问题，借助ABAQUS软件对机械刺激骨折愈合进行长骨仿真分析，建立了踝关节骨折术后三维模型，获得了踝关节骨折术后有限元仿真数据，量化了踝关节骨折康复训练范围，形成了下肢骨折量化康复软件

Currently, the healing mechanisms of long bone and ankle fractures remain unclear, and standardized rehabilitation protocols are lacking. To address the critical challenges in fracture rehabilitation using integrated fracture reduction and rehabilitation robots, we performed long bone simulation studies on mechanical stimulation-induced fracture healing via ABAQUS software, established a three-dimensional postoperative model of ankle fractures, acquired finite element simulation data for post-operative ankle fractures, quantified the rehabilitation training range for ankle fractures, and developed a quantitative rehabilitation software for lower extremity fractures.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于骨愈合分析与量化康复，通过ABAQUS软件进行机械刺激下的长骨仿真分析，并建立了踝关节骨折术后三维模型，提供了有限元仿真数据。它旨在量化踝关节骨折康复训练范围，并形成了下肢骨折量化康复软件，以支持骨折复位与康复一体化机器人系统的研发，数据来源于国家重点研发计划项目。