Computational Biomechanics for Medicine

Part I Keynote Lectures.- To Measure Is To Know: Quantitative Imaging Is the Future of Diagnostic Radiology.- Brain Atlases With Fast Warping For Neurosurgery and Stroke.- Part II Biomechanical Analysis of Surgical Procedures, Prostheses and Image-based Diagnostics.- In-silico simulation of obstetric forceps placement using the Hilber-Hughes-Taylor implicit integration method with contact constraints.- A framework for CT-guided robotic biopsy: System validation and a physics-informed neural network for inverse kinematics.- Analysis of the influence of material selection on the mechanical properties of the prosthetic foot.- Generating non-melanoma skin cancer histopathology images using latent diffusion representation learning.- Part III Solid and Fluid (Bio-) Mechanics.- Material characterisation in pre-deformed configurations: Equilibrium-based loss and consistent linearisation.- Impact of geometric uncertainty on the computation of abdominal aortic aneurysm wall strain.- Mechanical behaviour of brain-skull interface (meninges) under shear loading through experiment and finite element modelling: Preliminary results.- On the appropriateness of linear stress recovery in biomechanical analysis of abdominal aortic aneurysm.- Simulation of mitral paravalvular leak with respect to hematocrit.