垂直种植

结果：垂直种植时，应力集中于种植体颈部骨皮质，而种植体中份骨松质应力较小。

Results : The stress concentration appeared around the neck of implants intergrated with the cortical bone , on the contrary , a little stress was found around the middle portion of implants intergrated with the cancellous bone .

垂直负荷对种植体边缘骨应力分布的影响

Analysis of stress distribution of bone around the implant on vertical loads

腓骨垂直牵引同期种植的实验研究

Experimental Study of Dental Implant Distracter in Fibular Flap

目的比较不同部位施加不同的垂直负荷对种植体边缘骨的应力分布的影响。

Objective To analyze the stress distribution of bone around the implant on vertical loads .

颧区垂直骨内种植和斜向骨内种植的生物力学三维有限元法对比研究

Comparing the biological mechanics behavior of perpendicularly zygomatic-area osseointegrated implant and inclined implant using 3D-FEA method

管状骨垂直牵引同期种植种植体骨整合的实验研究

The experimental study of osteointegration of dental implant in tubular bone combined with vertical distraction osteogenesis simultaneously

集中垂直载荷下种植体最大应力值大约是分散垂直载荷下的2倍；

Under concentrated vertical loading , the biggest stress of implant was about 2 times higher than that under dispersed vertical loading .

长桥体固定桥在集中斜向载荷作用下种植体颈缘骨最大应力是集中垂直载荷下种植体周骨最大应力的3倍，桥体长度增加，应力值增加。

The biggest stress under the concentrated oblique loading was 3-times than that under the concentrated vertical loading ; The larger of the pontic length was the bigger of the stress .

斜向集中载荷与斜向分散载荷下种植体最大应力值无明显差异，大约是分散垂直载荷下种植体最大应力值的3倍；

There was no significant difference of biggest stress on the implant between concentrated oblique loading and dispersed oblique loading . The biggest stress of implant under oblique loading was 3 times as big as that under dispersed vertical loading .

垂直负荷下双种植体固定桥种植体周围骨的应力研究

Analysis of stress of bone around implant for two-implant-supported prosthesis on vertical loads

牙槽骨垂直牵引成骨种植术的临床研究

Clinical study of alveolar vertical distraction osteogenesis for implant

种植体与天然牙联冠修复应力分布的三维有限元分析Ⅰ.垂直集中载荷对种植体、天然牙骨界面应力的影响

Three-Dimensional Finite Element Analysis of Stress Distribution in Implant-Tooth Supported Linked Crown ⅰ . Stress of The Bone Interface of Implant and Tooth under Concentrated Axial Loading