Institute of Medical and Analytical Technologies University of Applied Sciences Northwestern Switzerland Muttenz Biomaterials Science Center University of Basel Basel Switzerland;
Biomaterials Science Center University of Basel Basel Switzerland;
Institute of Medical and Analytical Technologies University of Applied Sciences Northwestern Switzerland Muttenz Department of Biomedicine University Hospital Basel Basel Switzerland;
Department of Biomedicine University Hospital Basel Basel Switzerland;
Institute of Medical and Analytical Technologies University of Applied Sciences Northwestern Switzerland Muttenz;
机译:Ti6Al4V初生激光消除应力下残余应力与疲劳裂纹扩展行为方向相关性的实验研究
机译:镍钛超弹丝和牙髓器械的疲劳行为
机译:SLM生产的NITI形状记忆合金支架的疲劳行为,单位细胞设计比较
机译:选择性激光熔化的镍钛支架的疲劳行为
机译:原位衍射调查导致镍钛形状记忆合金的路径依赖性机械行为的机制
机译:与不同的镍钛旋转器械相比TruNatomy在单曲率和双曲率管中的抗循环疲劳性能的体外比较
机译:快速原型多孔镍钛支架作为骨替代品
机译:转换 - 疲劳循环镍 - 钛线在等原子组成附近的形状记忆电阻率行为