Piyush Grover

Piyush Grover
  • Biography

    Piyush works at the intersection of dynamical systems, mechanics and control. He is interested in applying geometric and statistical methods for exploiting structure in nonlinear dynamical systems. Areas of applications include low-fuel space mission design, chaotic mixing, model reduction of distributed systems and nonlinear estimation.

  • News & Events

    •  NEWS   Turbulent flow paper selected as "Editors Suggestion" in journal Physical Review Fluids.
      Date: January 11, 2019
      Where: PHYSICAL REVIEW FLUIDS, 4, 013801 – Published 11 January 2019
      MERL Contacts: Piyush Grover; Saleh Nabi
      Research Areas: Control, Dynamical Systems
      • The journal Physical Review Fluids has recently instituted "...a service to our readers, we are formally marking a small number of papers published in Physical Review Fluids that the editors and referees find of particular interest, importance, or clarity." The following paper with MERL authors Saleh Nabi and Piyush Grover was so honored in the January 2019 issue: "Reduced-order modeling of fully turbulent buoyancy-driven flows using the Green's function method."
    •  NEWS   MERL collaborates with MIT on heat management in compact fusion reactors
      Date: October 11, 2018
      MERL Contacts: Piyush Grover; Christopher Laughman
      Research Area: Multi-Physical Modeling
      • A new approach to heat management in compact fusion reactors that emerged from a class at MIT, developed by graduate student Adam Kuang and 14 other MIT students, engineers from Commonwealth Fusion Systems as well as Piyush Grover and Chris Laughman from MERL, and Professor Dennis Whyte, was recently published in Fusion Engineering and Design. This solution was made possible by an innovative approach to compact fusion reactors, using high-temperature superconducting magnets. This method formed the basis for a massive new research program launched this year at MIT and the creation of an independent startup company to develop the concept. The new design, unlike that of typical fusion plants, would make it possible to open the device's internal chamber and replace critical components; this capability is essential for the newly proposed heat-draining mechanism.

        In the one-semester graduate class 22.63 (Principles of Fusion Engineering), students were divided into teams to address different aspects of the heat rejection challenge. These teams evaluated alternate concepts and subjected candidate designs to detailed calculations and simulations based, in part, on data from decades of research on research fusion devices such as MIT's Alcator C-Mod, which was retired two years ago. C-Mod scientist Brian LaBombard also shared insights on new kinds of divertors, and two engineers from MERL worked with the team as well. Several of the students continued working on the project after the class ended, ultimately leading to the solution described in this new paper.

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  • MERL Publications

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  • Videos

  • MERL Issued Patents

    • Title: "System and Method for Controlling Operations of Air-Conditioning System"
      Inventors: Boufounos, Petros T.; Kramer, Boris; Grover, Piyush; Benosman, Mouhacine
      Patent No.: 10,145,576
      Issue Date: Dec 4, 2018
    • Title: "System and Method for Controlling Operations of Air-Conditioning System"
      Inventors: Benosman, Mouhacine; Boufounos, Petros T.; Kramer, Boris; Grover, Piyush
      Patent No.: 9,976,765
      Issue Date: May 22, 2018
    • Title: "System and Method for Estimating States of Spacecraft in Planet-Moon Environment"
      Inventors: Grover, Piyush
      Patent No.: 9,114,893
      Issue Date: Aug 25, 2015
    • Title: "System and Method for Controlling Motion of Spacecrafts"
      Inventors: Grover, Piyush; Andersson, Christian
      Patent No.: 8,655,589
      Issue Date: Feb 18, 2014
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