• Multi-field, Multi-domain and Multi-scale Modeling of Continuum and Discrete Systems
  • • Multiphysics Integrated Computational Materials Engineering (M-ICME) for Additive Manufacturing Processes
    • Development of Novel Volumetric Technologies for Additive Manufacturing
    • Control of Manufacturing Technologies Processes for Specification-driven Functional Tailoring of Produced Parts
    • Multiscale and Multiphysics Topology Optimization
    • Multiphysics Theories of Material Systems Aging
    • Modeling and Simulation of Electromagnetic Launcher System
    • Computational Framework for Anti-biofouling and Cathodic Protection
    • Modeling and Simulation of Failure under Quasi-static, Cyclic and Extreme Loading Conditions
    • Modeling of Friction Stir Welding for Process Optimization
    • Multiphysics Modeling of Ionic Polymer Conductive Composites

  • Data Driven Characterization of Materials
  • • Design and Prototyping of Multi Degree of Freedom Robotic Testing Frames
    • Mechatronic Characterization of Composite Materials
    • Multi-degree of freedom Robotic Testing
    • Multiaxial Fatigue Testing
    • Qualification of Additively Manufactured Parts

  • High Performance Full Field Digital Imaging Measurement Methods
  • • Meshless Random Grid (MRG) Method
    • Direct Strain Imaging (DSI) Method

  • High Performance Computing
  • • Multiphysics Discrete Element Method for Manufacturing Processes
    • Coarse-grained Models for Polymer Cross-linking and Protein Phase Separation
    • Multi-phase Field Method for Microstructural Prediction and Failure Evolution
    • Data-Driven Environments for Multiphysics Applications
    • Simulation and Data based Design Optimization

  • Industrialization of Research
  • • Epistemology of Research Automation
    • Symbolic Derivation and Cross Reducibility of Theories for Continua