Uysal H, Iplikcioğlu H, Avci M, Bilir O G, Kural O
Department of Prosthodontics, Cukurova University Faculty of Dentistry, Adana, Turkey.
Int J Prosthodont. 1996 Jul-Aug;9(4):355-61.
An experimental model was designed to evaluate the effects of the intramobile connector in reducing stress concentration in an IMZ implant in fixed connection with a natural tooth abutment. The study analyzed the stresses produced at the cervical level of the implant when the superstructure arm was deflected within the limits of physiologic mobility under static axial loads. The designed experimental model was sensitive to changes in strain data with the applied loads and different internal elements. The intramobile connector resilient component reduced strain up to 60% compared to the rigid internal element.
设计了一种实验模型，以评估活动内连接体在降低与天然牙基牙固定连接的种植体-基牙联合（IMZ）中应力集中方面的效果。该研究分析了在静态轴向载荷下，当上部结构臂在生理动度范围内发生偏斜时，种植体颈部产生的应力。所设计的实验模型对施加的载荷和不同内部元件引起的应变数据变化敏感。与刚性内部元件相比，活动内连接体弹性部件可将应变降低多达60%。
