HUByx Datasheet

Overview of the HUByx human model designed by Altair Partner Cedrem and dedicated for defense applications.

5-minute introductory video describing how KTex and HUByx by Cedrem offer dynamism and creativity in developing new numerical tools and new composite materials that lead to a service at the cutting edge of innovation.

This article focuses on weather radars mounted on small airplanes. They help planning routes before take-off and adapting during the flight depending on weather conditions.

Presentation by Edouard Ferry, CEDREM.

This study is a first step to study human body behavior during ballistic impacts and find injury thresholds. It combines many HyperWorks specificities such as composite modelling, hyper elastic material law, high speed impacts, equations of state, biomechanics.

HUByx is a finite element model of the human body simulating all the bones and organs as well as the internal fluid in between them, enabling the propagation of pressure wave inside the body. HUByx is a first step in measuring the propagation of potentially lethal pressure waves inside the human body.

Presentation introducing a few of the top use cases for the human FE model, HUByx.