Abstract: A threedimensional (3D) simulation of bioheat transfer is crucial to analyze the physiological processes and evaluate many therapeutic/diagnostic practices spanning from high to low temperature medicine. In this paper we ...

Abstract: Bone has very different thermal and electrical properties with the surrounding tissues. Misjustification of the heating dosage during an electromagnetic (EM) hyperthermia may lead to the failure of the treatment. Here ...

Abstract: A finite element method (FEM)based thermal approach to reconstruct the diseaseassociated heat source distribution has been developed. The congruent relationship between the heat sources and the observed temperature is ...

Abstract: Recently, several significant progresses have been made on the studies of extracellular and intracellular ice formation based on highspeed camera and cryomicroscope. This experimental methodology could accurately capture ...

Abstract: Elastic wave metamaterials have been widely exploited with their dynamic superior properties and outstanding acoustic responses. However, it is difficult to directly manipulate sound pressure in low frequencies. In this ...