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Simulation of tissue and muscule behaviour
Simulation of cartilage deformation

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Urinary Bladder Analysis
Screenshot #1 Tissue and muscle
Screenshot #2 Tissue and muscle

 

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Computer Simulation of Tissue and Muscle Behavior
 

Computational methods and software are developed for modelling of tissue and muscle behavior in active and passive conditions. The tissue models are based on experimental research in laboratory for physiology. The experimental results are interpreted through mathematical models built into the software. Activation of tissue and muscle is included by prescribed excitation functions.

  •  Tissue models in passive and active conditions, creep and relaxation models
  •  Basic Hill's three-componental model of muscle within finite element analysis
  •  Modeling of passive and active conditions, activation function Applications:
  •  Urinary bladder, soft palate, frog gastrocnemius muscle

URINARY BLADDER ANALYSIS

Results of the experimental research are used to define material models for passive and active conditions, and for creep behavior. These material models are included in the computer simulations.

Passive conditions (real shape and numerically calculated with stress distribution)
 


Active conditions (contraction due to activation)
 
 
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Urinary Bladder Analysis
Screenshot #1 Tissue and muscle
Screenshot #2 Tissue and muscle

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