Biomechanical Analysis of Personalised 3D-Printed Clavicle Plates of Different Materials to Treat Midshaft Clavicle Fractures

This study was aimed at comparing the biomechanical performance of personalised 3D-printed clavicle plates of different materials to treat midshaft clavicle fra...     

Effect of Attachment on Movement Control of the Central Incisor Using Invisible Orthodontics:In-Silico Finite Element Analysis

We aimed to study the influence of attachment on central incisor movement control using invisible orthodontics with different translation or rotation targets.In...     

地质改良固化材于台湾重大工程之应用案例探讨

目前台湾大部分地盘改良工程仍采用普通卜特兰水泥施作,不但价格昂贵且改良效果不一致.有鉴于此,在台湾开发了新材料「地质改良固化材」,本材料不但具有比传统普通卜特兰水泥更为优异的强度、抗酸碱性及耐久性外,价格也比卜特兰水泥更具经济性.新材料「地质改良固化材」成功的应用于高压喷射灌浆、预垒桩、植入桩、拌合桩、低压渗透灌浆、隧道背填灌浆、污泥固化、CLSM管线回填等工程.本文将介绍采用地质改良固化材之工程案例,并与普通卜特兰水泥做比较,期待有助于隧道及地下工程界使用固化材时,有另一种选择.