机译:通过材料层次结构实现刚性强的零热膨胀晶格
Department of Engineering Physics, Department and Rheology Research Center, University of Wisconsin-Madison, 212 Engineering Research Building, 1500 Engineering Drive, Madison, WI 53706-1687, United States;
Department of Engineering Physics, Materials Science Department and Rheology Research Center, University of Wisconsin-Madison, 212 Engineering Research Building, 1500 Engineering Drive, Madison. WI 53706-1687, United States;
Zero thermal expansion; Hierarchical lattice structure; Mechanical properties; Stiffness optimization;
机译:通过泊松效应的刚性强零热膨胀晶格
机译:通过肋截面优化实现零热膨胀的刚性晶格和增强的刚度
机译:僵硬的动力学:层次结构是通往基于刚性,强晶格的声学超常材料的途径
机译:包含零膨胀格的鲁棒多功能热保护系统的设计
机译:具有各向异性热膨胀的双材料格
机译:僵硬的动力学:层次结构是获取基于刚性强晶格的声学超常材料的途径
机译:磁性和晶格的强耦合在ERFE 10 V 2-X Mo X化合物中的宽温度窗口引起近零热膨胀
机译:结合低热膨胀,高刚度和高强度的高温材料晶格