Front cover: Self-sensing magnetorheological elastomers showcase resistive changes induced both by magnetic fields and mechanical loads, on top of magnetic-dependent stiffening. In article 2300294, Leone Costi and co-workers report the first case of 3D printable self-sensing magnetorheological elastomers. The proposed materials are characterized both as a function of a varying magnetic field and mechanical cyclic load, both in compression and tension.

中文翻译：

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3D打印自感知磁流变弹性体

封面：自感应磁流变弹性体展示了由磁场和机械负载引起的电阻变化，以及磁相关的硬化。在文章 2300294 中，Leone Costi 及其同事报告了首个可 3D 打印自感磁流变弹性体的案例。所提出的材料的特征是变化磁场和机械循环载荷（压缩和拉伸）的函数。