Three-dimensional (3D) printing technologies are part of additive manufacturing processes
and are used to manufacture a 3D physical model from a digital computer-aided design …

Additive Manufacturing is an increasingly integral part of industrial manufacturing. Safety-
critical products, such as medical prostheses and parts for aerospace and automotive …

Purpose The goal of this work was to develop phantoms for the optimization of pre‐operative
computed tomography (CT) scans of the prostate artery, which are used for embolization …

Purpose Plastic phantoms are commonly used in daily routine for dosimetric tasks in
radiation therapy. Although water is the reference medium according to the dosimetric …

The aim of this paper is to characterize 3D printed phantoms and printing set-ups with
different infill percentages for imaging energy X-ray beams attenuation. 3D printing …

Objetos simuladores (no inglês, phantoms), dispositivos que representam o corpo humano,
têm sido usados nas áreas da física médica, física e engenharia biomédica desde o início …

Quality control testing of radiographic and fluoroscopic imaging systems requires positioning
of test objects in the x‐ray beam in a precise and repeatable fashion. In this work we present …

Background. New applications of 3D printing have recently appeared in the fields of
radiotherapy and radiology, but the knowledge of many radiological characteristics of the …

The function of a simulator is to attenuate the radiation mimicking the different tissues of the
human body. This study seeks to verify specifically one of the printing parameters, filling, in …

[en] The main goal of a 3D printed imaging phantom is to attenuate the radiation in order to
differentiate tissues of the human body. This paper aims to verify the infill printing parameter …