Simpleware Software for Analyzing Physiological Flows
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Simpleware Software for Analyzing Physiological Flows Simpleware™ software offers a certified, easy-to-use solution for processing medical image data into 3D models for physiological flows applications. Take advantage of tools for visualizing and measuring medical image data, as well as combining image and CAD data for evaluating implant positions. Export meshes directly to all leading CFD solvers for blood and airflow simulations. Simpleware software makes complex flow analysis straightforward to achieve. • ntuitive, User-Friendly Interface I • dvanced 3D Image Processing A • xport to 3D Printing and E Simulation Packages • evelop Automated Workflows D • Expert Technical Support Key Features • mport Clinical Images I • o-Register Image Data Sets C • ultiplanar Reconstruction (MPR) M • uick and Accurate Segmentation Q • eslice Images Along Arbitrary Plane, R Axis or Path • easurements and Statistics M Intuitive and Customizable We pride ourselves on the ease-of-use of Simpleware software. Users new to the software can start processing medical images within a short time frame, and very quickly visualize and identify anatomical regions of interest. Our range of fully automated, semi-automated and interactive segmentation tools allow even the most challenging image datasets to be processed efficiently. Meshing tools include quality checks ensuring that CFD models are ready-to-use. The software also offers scripting tools and plug-ins for users to customize the software. Dedicated Support and Training Our expert technical support team are here to help you get the most out of the software, including step-by-step guidance and personalized support. We also regularly offer classroom training courses at our offices, or you can arrange customized training sessions online or at your site.

Assessing the Risk of Rupture of Cerebral Aneurysms M. Sanchez1, 2 • D. Ambard2 • V. Costalat2 • S. Mendez2 • F. Jourdan2 • F. Nicoud2, 1 Philips Healthcare, France; 2University of Montpellier, France CFD models were used for analyzing fluid-structure-interactions (FSI) within an aneurysm, to characterize the risk of rupture for soft (close to rupture) aneurysms and stiff (healthy) aneurysms. MRI patient data of an aneurysm was imported into Simpleware software and segmented and processed to create a model of a specific artery. Boundary conditions were set before the model was exported as a...