Core Developer & Algorithmic Engineers discuss Quasi-meshless Simulation *Live Footage*

📊 You’ve seen the simulations; you’ve seen the prints. Now, it’s time to disassemble the case and dive into the juicy technicalities behind going from CT Scan to hip implant optimization!
🗣️ In this candid #OfficeHours chat, our Core Developer, Laszlo, joins our returning cast of Algorithmic Engineers, Marcus and Matthew. In this episode, they peel back on the #Finite Cell Method used in Hyperganic’s #quasi-meshless #simulation technology and explore its potential for personalized medicine to the next level!
🧑🏻‍💻 Laszlo got down to business by explaining the governing principles and equations of FCM, highlighting its advantages and challenges. The standout boon being how it trivializes meshing in favour of a representation format that can be directly simulated upon and makes changing geometries less painful.
🩻 Opening up Paraview and beholding the femoral bone’s scan-to-voxel-representation, the trio get into animated discussions on how FCM on #HyperganicCore extrapolates our capabilities beyond just #DfAM - unlocking full use of the rich data contained in medical imaging for developing tailored patient solutions.
📐 Advanced medical simulations are made more accessible by not just removing the need for a meshing expert but further enabling multi-material and multi-geometry simulations as well. And with the regularity of the object’s data representation, could we then entertain applications of AI to running simulation feedback loops? 🔁
What other applications in the biomedical field could we extend to? What may be the next frontiers in #GenerativeDesign? Let us know below 👇🏻
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#AlgorithmicEngineering #Bioengineering #Innovation #AdditiveManufacturing

[@senbilalsenn]

what is the name of the program you are using

[@ferdyvigneault4199]

"Promosm"