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Modern society is already unthinkable without computer-aided design systems, which are systems that implement information technology for performing design functions. These technologies are actively used in all branches of human activity, including in medicine [5]. It is known that the use of an external fixation device makes it possible to cure complex cases of fractures of human pelvic bones [4,6]. To simplify the design, secure fastening, reduce trauma, various types of external and internal fixation devices are applied. Nowadays, treatment of complex fractures of human pelvic bones with the help of the fixing Ilizarov apparatus takes place on the basis of the facts of analyzing the patient’s condition, that is, by an empirical method. Eliminating modeling from the design calculation may aggravate the patient’s condition due to such factors as excess load on the frame or its insufficient rigidity.

Application of the method of finite element analysis in studying the reliability of various options of fixation of models of human pelvic bones