Studying the effect of different RPD design and materials on reduced bone support, a FEA study.

Wasmaa S. Mahmood, S. A. Aziz, Imad A Jebouri
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Abstract

Aim of the study: To study the effect of reduced level of bone support on stress concentration and distribution. Also comparing the effect of different metals (gold, cobalt-chromium, and titanium) on alveolar supporting bone. Material and methods: A FEA method is used on a reduced bone support class I Kennedy classification, with three different rest positions (mesial, distal, mesial and distal) Co-Cr partial denture; Then changing the modulus of elasticity of the chrome-cobalt, to study the effect of gold and titanium alloy on the supporting bone surrounding the abutment in terms of stress distribution. Results: results revealed that best design type is by placing mesial and distal rest on abutment, also when comparing the three types of metals (Co-Cr, titanium, gold), there was no significant difference among the three metals.
研究了不同RPD设计和材料对减少骨支撑的影响。
研究目的:探讨骨支撑水平降低对应力集中和分布的影响。同时比较不同金属(金、钴铬、钛)对牙槽支撑骨的影响。材料和方法:采用有限元分析方法研究I类肯尼迪分类复位骨支撑,三种不同的休息位置(近中、远中、近中、远中)Co-Cr局部义齿;然后改变铬钴合金的弹性模量,研究金、钛合金对基牙周围支撑骨应力分布的影响。结果:结果显示最佳的设计类型是在基台上放置近端托和远端托,并且在比较三种金属(Co-Cr、钛、金)时,三种金属之间没有显著差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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