机译:低温时效U-Nb合金单轴拉伸试验过程中空洞形成的机理
China Academy of Engineering Physics;
China Academy of Engineering Physics;
China Academy of Engineering Physics;
China Academy of Engineering Physics;
China Academy of Engineering Physics;
China Academy of Engineering Physics;
China Academy of Engineering Physics;
China Academy of Engineering Physics;
China Academy of Engineering Physics;
China Academy of Engineering Physics;
Uranium; U-Nb alloy; Mechanical property; Void nucleation; Damage; Failure mechanism;
机译:U-Nb形状记忆合金单轴应变过程中的织构发展和变形机制
机译:U-Nb形状记忆合金单轴应变过程中的织构发展和变形机制
机译:最大剪切应力控制的单轴拉伸变形和裂缝机制及裂缝机制在低温温度下SN-PB共晶合金的组成关系
机译:耐腐蚀合金的酸性测试:四点弯曲和单轴拉伸测试方法的比较
机译:微观结构对α-β钛合金室温拉伸和蠕变变形机理的影响。
机译:具有优异拉伸性能的严重变形Fe-Ni-Al-C合金中的塑性变形机制
机译:摩擦搅拌加工5083铝合金高温拉伸试验期间变形机理的转变