Life Sciences Industry Solutions

SIMULIA Technology for Life Sciences and Biomechanical Applications

Perform accurate simulations to validate implants in the Human Body

Human Tissue Modelling

SIMULIA Abaqus is known in this industry for powerful and accurate material modelling capabilities.

Powerful Contact Capabilities

SIMULIA Abaqus has unique and extreme powerful contact capabilities compared to our competitors.


Flexible FSI Modelling Approach

SIMULIA Abaqus has flexible methods to model your industry specific Fluid Structure Interaction Challenges.


Combined Software Technologies

With the Extended Token model, you can access the complete SIMULIA Portfolio from the same token pool.

SIMULIA Life Sciences applications

Perform realistic simulations for  specific industry behaviours.



Stent Analysis

Predict the handling and interaction of coronary Stents in the Human Body.

Heart Valve Analysis

Use combined technologies to perform simulations on the interaction of artificial heart valves with the blood flow.

Hip Implant Analysis

#02BBD9Simulate the dynamic behaviour of hip implants and estimate fatigue with robust contact capabilities.


Knee Implant Analysis

Simulate artificial knee-joints and their interaction with the human tissue to predict and prevent wear.

Applications of SIMULIA Technology for the Life Sciences Industry

Analyses performed in the Life Sciences industry with SIMULIA Technology


Use many analysis possibilities, like:

  • Stent Analysis
  • Human tissue Analysis
  • Heart Valve Analysis
  • Cardiovascular Devices
  • Orthopedics – Joint replacement
  • Orthopedics – Soft Tissue and support
  • Biomechanics
  • Tissue regeneration
  • Crack Propagation Analysis
  • Fluid Structure Interaction
  • Dental applications
  • Packaging design and safety
Life Sciences - Stent Contact Bending
Life Sciences - Stent Contact Bending

Can you perform realistic simulations yourself?

Join one of our FREE workshops and discover how easy it is to perform realistic FEA to solve your complex engineering challenges.