Examination of a Human Heart Fabricating Its 3D-Printed Cardiovascular Model and Employing Computational Technologies

In this paper, an innovative approach concerning the investigation of human heart is introduced, employing state-of-the-art technologies. particular, sophisticated algorithms were developed to automatically reconstruct a 3D model based on DICOM data and segment main parts that constitute it. Regarding reconstructed model, diagnosis examined patient can be derived, whereas in present study, clinical case involving coarctation aorta was inspected. Moreover, numerical approaches are able simulate flows complex shapes considered. Thereupon, outcomes computation analysis coupled with segmented patient-specific inserted virtual reality environment, where clinicians visualize blood flow at vessel walls train real-life medical scenarios, enhancing their procedural understanding prior actual operation. The physical 3D-printed via MultiJet printing process utilizing materials possessing adequate mechanical response replicating properties geometrical characteristics heart. presented tools aim creation digital gaining surgical experience developing pre-operative strategies could achieved without risk anxiety surgery.