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Design of layered structure for thermal cloak with complex shape

机译:复杂形状热身披风的分层结构设计

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摘要

Thermal cloaks have potential applications in thermal protection and sensing, and those cloaks with complex shapes are much more efficient in application. Layered discretization is a valid way to realize thermal cloaks designed through spatial transformation which are usually nonhomogeneous and anisotropic. However, previous studies are limited to two-dimensional cylindrical ones. Based on the theories of spatial transformation and effective medium, a four-step design method for layered structure of thermal cloak with complex shape is proposed. It is expected to realize the designed layered structure by utilizing the existing regular materials. According to the numerical simulations, the thermal cloaking performances of layered structures are good and close to that of the perfect thermal cloaks. This study has provided an effective way for realizing thermal cloak with complex shape.
机译:热身斗篷在热保护和传感方面具有潜在的应用,而形状复杂的那些斗篷在应用中效率更高。分层离散化是实现通过空间变换设计的热隐身衣的有效方法,这些隐身衣通常是不均匀且各向异性的。但是,以前的研究仅限于二维圆柱。基于空间变换理论和有效介质理论,提出了一种形状复杂的热身披风分层结构的四步设计方法。期望通过利用现有的常规材料来实现设计的分层结构。根据数值模拟,层状结构的热隐身性能良好,接近理想的热身隐身。该研究为实现复杂形状的热斗篷提供了有效的途径。

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