Ansys Human Body Model

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The Ansys Human Body Model (HBM) is a set of HFSS projects containing geometry and material proprieties that represent the human body.

The Ansys Human Body Model (HBM) is a set of HFSS projects containing geometry and material proprieties that represent the human body. There is no license check out associated with the ANSYS HBM and no additional software to install. These models can be used in HFSS, Q3D or Maxwell and are transferable from one design to the next with a copy/paste operation. The models' geometry and material properties can be edited as with any geometry. The set includes a detailed adult-male and an adult-female model with geometric accuracy down to millimeter detail and come with frequency-dependent material properties valid from 10 Hz to 10 GHz. The male HBM in detail consists of over 300 body parts including organs, muscles and bones and has three levels of model resolution designs to accommodate varying degrees of accuracy.

 NEVA Electromagnetics VHP-Female v. 3.0

The VHP-Female v.3.0 is a platform-independent full-body computational human model. The model includes 25 individual tissues and 231 separate tissue parts, all extracted from the open-source Visible Human Project-Female dataset of the National Library of Medicine and in the form of 3D CAD objects (triangular surface meshes), with ~160,000 facets in total, including variable Body Mass Index (BMI) shells, implants, and tissues modified by implants. The surface deviation error does not exceed 0.5-3 mm in the cranium and 7 mm in the main body. The model or its parts can be used in the leading commercial electromagnetic, acoustic, and thermal simulators, or in custom research applications.

Each tissue object is a strictly 2-manifold triangular mesh (no non-manifold faces, no non-manifold vertices, no holes, and no self-intersections). No tissue mesh has triangular facets in contact with other tissue surfaces. There is always a small gap between tissue surfaces representing thin membranes separating distinct tissues, numerically characterized as an 'average body' tissue(s), and guaranteeing compatibility between CAD formats. At the same time, there exist tissues fully enclosed within each other that neither touch nor intersect. The phantom includes two versions: BASE (~160,000 facets) and ACCURATE (~640,000 facets).