Life Sciences & Healthcare

With SimScale, innovation within the healthcare industry can be achieved by improving design reliability and more affordable development processes. The platform has a proven track record with the simulation of medical and orthopedic equipment. | Page 87

Análisis de esfuerzos en una placa para reparación de fracturas

examine the behavior of fluid exiting the channel into a reservoir

Replacement of deformed or displaced hip with HIP PROSTHESIS.

Webinar Project- Carotid Artery Bifurcation
The project simulates the flow of blood as a non-newtonian fluid through a realistic Carotid Artery Bifurcation. Simulations are performed for 3 cases- of a healthy blood vessel with no calcification or blockage and through a moderately and severely calcified blood vessel. 

Flow conditions are based on a paper: STUDY OF BLOOD FLOW IN A BIFURCATION WITH A STENOSIS,
Sonia I.S. Pinto, E.D. Costa, J.B.L.M. Campos, J.M. Miranda

i'm a young boy searching friends in simscale

my last attempt at getting this to work today

This project focus on the stress analysis of two different models of cardiovascular stent using two different materials - 316 LN Stainless Steel and L605 Co-Cr.

Related to step-by-step tutorial of the biomedical workshop (session 1)

https://www.simscale.com/forum/t/biomedical-engineering-workshop-session-1-stress-shielding-in-a-hip-joint-prosthesis/36830/3

Behavior of and Interactions Between amount of particles as Molecules

See description of my other project MF chamber for more information.
This is a new design which might facilitate linear growth of  the moss filaments using the phototropism towards red light.

designing an indirect perfusor bioreactor for bone tissue engineering

Related to step-by-step tutorial of the biomedical workshop (session 2) https://www.simscale.com/forum/t/biomedical-engineering-workshop-session-2-analysis-of-cardiovascular-stent/36862

Quantify effect of different face profiles

MATERIAL ANALYSIS OF CARDIOVASCULAR STENT

CFD simulation of 2 fluid turbulent mixing in t junction

This is a model of how a fluid might behave inside  a microfluidic chamber.
I am using this chamber to grow Physcomitrella patens, a moss, in a confined space, in order to image certain structures inside this moss.  
The design and technique are based on a paper by Bascom et al. (2016):  Long-term growth of moss in microfluidic devices enables subcellular studies in development.

The goal of this specific simulation is to see where dead volume might exist inside the chamber, which will be  a problem if we are willing to use the chamber with a constant flow through of medium.
A constant flow of medium would provide us with an environment with an equal concentration of a compound of interest throughout the chamber, if the flow is more or less homogeneous.

Life Sciences & Healthcare | SimScale Project Library | Page 87