Ongoing projects:

• Enhanced Reproducing Kernel Particle Method: Variationally Consistent Naturally Stabilized Nodal Integration (PI). Karagozian & Case, Inc. 

 

• A Discrete Continuum Particle Method for Understanding Micro-structural Failure of Concrete (PI). Integrated Solutions for Systems, Inc.

 

• A Combined Computational-Experimental Approach to Study Three-Dimensional Fracture in Polymer-Ceramic Composites (PI, Co-PI: J. Du). The National Science Foundation. 

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• Benchmarking the Reproducing Kernel Particle Method for Geotechnical Operations. CNH Industrial N.V. 

 

• Evaluation of Concrete Materials Performance in Aging Structures (Co-PI, PI: A. Siad). The Johns Hopkins University Applied Physics Laboratory, L.L.C.

 
Concluded projects:

• Development and Experimental Validation of Variational Collocation Meshfree Simulation of Fracture of Nanoparticle Toughened Composite Materials (PI, Co-PI: C. Bakis). The Pennsylvania State University.