Rimoli's group conducts research within the broad field of computational solid mechanics, with particular interest in aerospace applications involving multiphysics and multiscale modeling of solids.

Publications

Please follow the link to Google Scholar profile.

Ongoing Projects at Georgia Tech

  • High-Fidelity Coupling of Predictive Plasma-Wall Models (Co-PI)
    Funding agency: Air Force Office for Scientific Research.
  • Development of a Robotic Landing Gear For Rotorcraft (Co-PI)
    Funding agency: DARPA.
  • CAREER: Modeling Materials Across the Length Scales to Achieve Enhanced Thermomechanical Properties (PI)
    Funding agency: National Science Foundation.
  • Tensegrity Damping Strategies for Controlled Hopping on Small Solar System Bodies (PI)
    Funding agency: National Academy of Engineering - Grainger Foundation.
  • Model-Based Life Extending Control for Rotorcraft (Vertical Lift Center of Excellence Task) (Co-PI)
    Funding agency: Army Research Office.
  • Evacuated Airship for Mars Missions (Co-PI) 
    Funding agency: NASA.

Past Projects at Georgia Tech

  • Independent Evaluation of Super Puma EC225 Failure Analysis (Co-PI)
    Funding agency: Eurocopter France.
  • Computational and Experimental Multiscale Analysis of Heterogeneous Solids and Metamaterials (Co-PI)
    Funding agency: National Science Foundation.
  • Three-Dimensional Conjugate Direction Meshes for Crack Propagation Analysis (PI)
    Funding agency: Sandia National Laboratories.
  • Comprehensive Study of Plasma-Wall Sheath Transport Phenomena (Co-PI)
    Funding agency: Air Force Office for Scientific Research.
  • Guiding of High Amplitude Stress Waves Through Stress-Induced Domain Switching in Multiphase Materials (PI)
    Funding agency: Army Research Office.
  • Tensegrity Structures for Planetary Landing (PI)
    Funding agency: CSTAR - NASA/JPL.

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