Former Projects

Welcome to the Inverse Problems and Optimization in Mechanics (IOMech) Lab!

Our Main Research Areas are:

Computational Mechanics & Inverse Problems
Design & Control
Optimization & Uncertianty Quantification
Medical Imaging

IOMechLab Former Projects and associated research areas are listed below:

Arterial Properties from Stimulated Acoustical Emission

Project sponsored by NIH-NIBIB National Institute of Biomedical Imaging and Bioengineering

Research Area: Computational Mechanics & Inverse Problems; Medical Imaging

CAREER-A Simulation Environment for Studying Aging and Degradation of Structures and Materials

Project sponsored by National Science Foundation

Research Area: Computational Mechanics & Inverse Problems

Generalized waveform methods for breast viscoelasticity mapping

Project sponsored by NIH- R01CA17472

Research Area: Computational Mechanics & Inverse Problems; Medical Imaging

Incorporating Materials Aging and Degradation into the Analysis of Ship Structures

Project sponsored by Office of Naval Research

Research Area: Computational Mechanics & Inverse Problems

Inverse Estimation of Early Age concrete Properties

Project sponsored by Directorate of Central Intelligence (DCI)

Research Area: Computational Mechanics & Inverse Problems

Inverse Problems in Monitoring and Prognosis of Mechanical Systems

Project sponsored by CSAR (Former CSRF) Sandia National Laboratories

Research Area: Computational Mechanics & Inverse Problems

Multidimensional Imaging of the Heart

Project and renewal sponsored by NIH

Research Area: Computational Mechanics & Inverse Problems; Medical Imaging

Multiscale Time Stepping Algorithms in Explicit Dynamics

Project sponsored by Sandia National Laboratories

Research Area: Computational Mechanics & Inverse Problems

Risk-Averse Optimization of Large-Scale Multiphysics Systems

DARPA sponsored project 10/1/2015 – 9/30/2018

Research Area: Optimization & Uncertianty Quantification