Simpleware Case Studies

FE Analysis of Short and Long Posterior Spinal Instrumentation and Fixation

Creating spine models from medical images and actual screw data

Statistical Shape Modeling of the Large Acetabular Defect in Hip Revision Surgery

Creating a valuable tool for planning complex hip reconstruction

Statistical Shape Modeling the In Vivo Location of Acetabular Wear in Hip Implants

Informing design decisions for implant positioning

Automated Segmentation and Design Workflows for Patient-Specific Surgical Guides

Using automation to save time and increase production

Oncological Pre-Surgical Planning with 3D LifePrints

3D virtual simulation and design & manufacture of cutting guides to aid surgery

3D Printing with Nicklaus Children’s Hospital

Speeding up the workflow of creating heart models for surgical planning

Streamlining Orthopedic Surgical Planning with Corin

Customizing pre-surgical planning workflows with Simpleware AI tools

Developing a FE Model for Pectus Excavatum Evaluation

Morphing image data to Toyota’s THUMS model for simulating cartilage growth after operations

Epicranial Cortical Stimulation using Simpleware Software

Inducing strong electric fields in the brain

3D Numerical Foot Model for Running Shoe Design

Improved customer performance while reducing prototyping cost and manufacturing waste

Transcranial direct current stimulation (tDCS)

Exploring Soterix Medical HD-tDCS™ for stroke treatment

Treating Tumors with Alternating Electric Fields

Analyzing the effect of TTFields therapy

Patient-Specific Hemodynamic Simulations of Complex Aortic Dissections

Simulating Pacemaker Performance

Including virtual simulation of a medical device within a human torso model to evaluate feasibility

Understanding Sleep Apnea

Simulations of human upper airway collapse

Analyzing Coronary Stent Thrombosis

Flow effects due to geometric stent features and their relationship to thrombus formation

Knee Replacement Simulation

Patient-specific planning for surgery

Computational Modeling for Craniosynostosis Correction

Comparing pre- and post-operative skull models

Segmentation and Modeling of Breast Tumor for 3D Printing

Printing accurate anatomical models for planning complex surgeries

Analyzing Brachial Plexus Injury using FEM

Biomechanics of spinal injuries

Total Hip Replacement Implant Positioning

Developing an Automated Positioning Tool in Simpleware and ANSYS

Modeling Prophylactic Sacral Dressings

Dressing design to reduce the risk of pressure-related patient injuries

Maxillary Implant Design Optimization Using Finite Element Analysis

Patient-specific bone models with the custom implant