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CPS: Medium: Collaborative Research: Smart Ultrasound ELAS
FAIS - Model-Based Surgical Planning for FAIS
GUARDIAN: General Active Sensing for conDItion AssessmeNt
Machine Learning Strategies for Classification of Peripheral Arterial Disease in Lower Extremities
Measuring Arterial Material Properties using Wave-based Approaches with Ultrasound and Computational Models
Modeling & Control of the Human Voice
Novel Techniques for Topology Optimization
Residual Stress
Former Projects
Arterial Properties from Stimulated Acoustical Emission
CAREER-A Simulation Environment for Studying Aging and Degradation of Structures and Materials
Generalized waveform methods for breast viscoelasticity mapping
Incorporating Materials Aging and Degradation into the Analysis of Ship Structures
Inverse Estimation of Early Age concrete Properties
Inverse Problems in Monitoring and Prognosis of Mechanical Systems
Multidimensional Imaging of the Heart
Multiscale Time Stepping Algorithms in Explicit Dynamics
Risk-Averse Optimization of Large-Scale Multiphysics Systems
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Clay Sanders
Graduated from: Duke University
Research
Current Projects
CPS: Medium: Collaborative Research: Smart Ultrasound ELAS
FAIS - Model-Based Surgical Planning for FAIS
GUARDIAN: General Active Sensing for conDItion AssessmeNt
Machine Learning Strategies for Classification of Peripheral Arterial Disease in Lower Extremities
Measuring Arterial Material Properties using Wave-based Approaches with Ultrasound and Computational Models
Modeling & Control of the Human Voice
Novel Techniques for Topology Optimization
Residual Stress
Former Projects
Arterial Properties from Stimulated Acoustical Emission
CAREER-A Simulation Environment for Studying Aging and Degradation of Structures and Materials
Generalized waveform methods for breast viscoelasticity mapping
Incorporating Materials Aging and Degradation into the Analysis of Ship Structures
Inverse Estimation of Early Age concrete Properties
Inverse Problems in Monitoring and Prognosis of Mechanical Systems
Multidimensional Imaging of the Heart
Multiscale Time Stepping Algorithms in Explicit Dynamics
Risk-Averse Optimization of Large-Scale Multiphysics Systems
Current Openings
People
Current Members
Alumni
Publications
News
Relevant Courses
Software & Resources
