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

design innovative stent simulation, visual

In this exercise, we will focus on a hip joint prothesis model considering different material combinations for our artificial
hip joint to better understand how stresses are transferred to the femur bone. 3 different simulations are carried out using the same geometry with different material combinations

prostheses are intended to restore a degree of normal function to amputees. Mechanical devices that allow amputees to walk again or continue to use two hands have probably been in use since ancient times, the most notable one being the simple peg leg.

Test to see how much stress is transferred into the ceramic part of a feedthrough.

This is to look at the fluid flow profile in a perfusion bioreactor system

Stresses in a magnesium coronary stent implanted in an artery. Feel free to use it in future projects.

time to heat up a 2m copper wire and over which distance it is heated up

Life Sciences & Healthcare | SimScale Project Library | Page 87