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Anterosuperior protraction of maxillae using the extraoral device, RAMPA; finite element method

机译:使用口外装置RAMPA进行上颌骨前上突;有限元法

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This paper presents a boosting effect against gravity by analyzing the displacement and stress distribution of craniofacial structures due to the protraction of the extraoral device, the Right Angle Maxillary Protraction Appliance(RAMPA) system, including semi-rapid maxillary expansion (sRME) using the finite element method. In addition, a patient case was illustrated and compared with the results calculated from a simulation. The results from the finite element method were obtained for 0.5 mm activation using the screw of the intraoral device, gHu-1. This study reveals that RAMPA rotates the patient's maxilla and mandible in the forward direction and forces them to move forward and upward.
机译:本文通过分析由于口外装置,直角上颌前伸矫正器(RAMPA)系统(包括半快速上颌扩张(sRME))的牵拉而引起的颅面结构的位移和应力分布,从而提出了一种针对重力的增强作用元素方法。此外,还举例说明了一个病人案例,并将其与模拟计算的结果进行了比较。使用口内装置的螺钉gHu-1进行0.5 mm激活可获得有限元方法的结果。这项研究表明,RAMPA会向前旋转患者的上颌骨和下颌骨,并迫使他们向前和向上移动。

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