Architecture and Implementation of Data Driven Environment for Multiphysics Applications

Data Driven Environment for Multiphysics Applications
NSF, ONR

In collaboration with Stanford, Purdue universities and the Universities of Maryland Baltimore County and Thessaly (Greece), on May 2003, our team has proposed a three layered architecture for a Data Driven Environment for Multiphysics Applications.

Completion of 6-Axes Robotic Loader

Multiaxial Robotic Material Characterization
NRL, ONR, NSF

On May 2011, our team has successfully completed the construction and verification of the "NRL66.3" multiaxial robotic material testing loader.

ReMDiS-3D Displacement and Strain Measurement Workbench

Full Field Methods for Computational Metrology of Displacement and Strain Fields
ONR

During the years between 2008-2011 our group has developed a set of computational tools that exploit digital images to determine the displacement and strain fields associated with the deformation of continuum systems.

First industrial rate campaign of multiaxial tests

Multiaxial, Robotic, Constitutive Law Material Characterization
NRL, ONR, NSF

On May and June 2011, our team has successfully completed the first campaign of multiaxial tests of composite material specimens for the purpose of identifying their constitutive law characterization.

Inverse Constitutive Characterization of Composites

Multiaxial Robotic Material Characterization & ADEPT
ONR, ONR-Global, NRL

On August 2011, our team has successfully completed the development and validation of a general data-driven energy-density based approach for the linear and non-linear (due to strain induced damage) constitutive characterization of composite materials.

Multiphysics modeling of chlorine dilution

Maintenance Free Ship Technologies - Integrated Underwater Hull Shield
ONR

The goal of the chlorine dilution modeling effort is the development of a computational methodology that enables the design of anti-fouling protection of ship hulls by taking advatnage of the chlorine generation of typical impressed current cathodic protection systems.