Skip to Main Content
무료 평가판

Hans Human Body Model

Hans is a high-fidelity, structural human body model for LS-DYNA. Developed by senior experts at Ansys, it offers exceptional performance. Hans is designed to support our customers with their advanced product development across various industries.

Comprehensive Digital Human Simulation for Diverse Application

Hans - Human Body Model is a digital model that responds for various applications such as ergonomics, biomechanics, and more. The model covers structural aspects involving detailed and accurate representations of the human body, including its anatomy, physiology, and mechanical properties.

  • Check icon outline
    Vehicle Crash
  • Check icon outline
    Occupant Safety
  • Check icon outline
    Pedestrian Safety
  • Check icon outline
    Aviation Aerospace
  • Check icon outline
    Impact Analysis
  • Check icon outline
    Autonomous drive
Hans

Product Specs

Hans is a sophisticated tool used across various fields to simulate and analyze the human body response under impact loads. It enhances safety, performance, and design through detailed digital representations and simulations.

  • Anatomical Accuracy
  • Physiological Functions
  • Mechanical Properties

Applications

View all Applications
Heat exchanger simulation

LS-DYNA

Ansys LS-DYNA is the industry-leading explicit simulation software used for applications like drop tests, impact and penetration, smashes and crashes, occupant safety, and more.

Learn More
Hans

Advancing Product Development with High-Definition Human Body Modeling

Providing enhanced precision, cost-effective and safety simulation software to test human interaction.

For the most accurate kinematics, almost all muscles are modeled as individual parts. 

FT can improve kinematics during load case analyses. 

Indentation tests for the lung, liver, and spleen were conducted. The stomach, colon, and bladder are modeled as airbags. 

The skull with inner and outer cortical table, arachnoid skin and subdural fluid, head, and bridging veins