Omnithermal Metamaterials: Mastering Diverse Heat Transfer Modes

Transformation omnithermotics has emerged as a revolutionary theory within heat transfer, seeking to cohesively control the three primary heat transfer modes: conduction, convection, and radiation. Historically, orchestrating these modes in unison has posed immense challenges due to their unique properties and operational dynamics. This chapter delves deep into the core principles of transformation omnithermotics and its prowess in seamlessly integrating the complexities of these varied modes. We present an exhaustive exploration of cutting-edge devices birthed from this concept, such as the omnithermal cloaking, concentrating, and rotating apparatuses. As underscored by finite-element simulations and bolstered by experimental insights, these devices signify a pioneering horizon in thermal management. In this chapter, we endeavor not only to clarify the integration of these fundamental heat transfer modes within transformation omnithermotics but also to spotlight the vast potential it unlocks for avant-garde thermal management techniques.