Computational Mechanics & Inverse Problems
Current Projects:
- GUARDIAN: General Active Sensing for conDItion AssessmeNt
- Measuring Arterial Material Properties using Wave-based Approaches with Ultrasound and Computational Models
- Generalized Methods for Computing Residual Stress
Former Projects:
- Inverse Methods for Residual Stress Estimation
- Generalized waveform methods for breast viscoelasticity mapping
- Multidimensional Imaging of the Heart with Ultrasound & Renewal
- Inverse Problems in Monitoring and Prognosis of Mechanical Systems
- Multiscale Time Stepping Algorithms in Explicit Dynamics
- Arterial Properties from Stimulated Acoustical Emission
- Incorporating Materials Aging and Degradation into the Analysis of Ship Structures
- CAREER-A Simulation Environment for Studying Aging and Degradation of Structures and Materials
- Inverse Estimation of Early Age concrete Properties
Design & Control
Current Projects:
- GUARDIAN: General Active Sensing for conDItion AssessmeNt
- Measuring arterial material properties using wave-based approaches with ultrasound and computational models
- CPS: MEDIUM: COLLABORATIVE RESEARCH: Smart ULTRASOUND ELAS
- Novel Techniques for Topology Optimization
- Modeling & Control of the Human Voice
- FAIS - Model-Based Surgical Planning for FAIS
Optimization & Uncertainty Quantification
Former Projects:
Medical Imaging
Current Projects:
- Measuring Arterial Material Properties using Wave-based Approaches with Ultrasound and Computational Models
- CPS: MEDIUM: COLLABORATIVE RESEARCH: Smart ULTRASOUND ELAS
- Machine Learning Strategies for Classification of Peripheral Arterial Disease in Lower Extremities
Former Projects:
- Generalized waveform methods for breast viscoelasticity mapping
- Multidimensional Imaging of the Heart with Ultrasound & Renewal
- Arterial Properties from Stimulated Acoustical Emission